https://www.lexical-resource-semantics.de/wiki/api.php?action=feedcontributions&feedformat=atom&user=IngoM 2026-05-23T02:03:57Z User contributions MediaWiki 1.43.8 https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=3585 2013-03-14T19:15:22Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> This glossary contains key terms of semantics as they occur in the semantics chapters of introductions to linguistics or in basic introductions to semantics. Our glossary is still under construction.<br /> <br /> For more elaborated definitions of the terms you may want to consult:<br /> * [http://plato.stanford.edu/ Stanford Encyclopedia of Philosophy]<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> * negation<br /> * negative concord<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> * predicate logic (first order predicate logic)<br /> <br /> * [[Glossary:presupposition | presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Structural Ambiguity|'''structural ambigutiy''']] ([[User:Marc M]])<br /> <br /> * [[Glossary:Sorts/Types|'''Sorts/Types''']] ([[User:IngoM]])<br /> <br /> == T ==<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> * variable<br /> * variable assignment function<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=3584 2013-03-14T19:14:29Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> This glossary contains key terms of semantics as they occur in the semantics chapters of introductions to linguistics or in basic introductions to semantics. Our glossary is still under construction.<br /> <br /> For more elaborated definitions of the terms you may want to consult:<br /> * [http://plato.stanford.edu/ Stanford Encyclopedia of Philosophy]<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> * negation<br /> * negative concord<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> * predicate logic (first order predicate logic)<br /> <br /> * [[Glossary:presupposition | presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Structural Ambiguity|'''structural ambigutiy''']] ([[User:Marc M]])<br /> <br /> == T ==<br /> * [[Glossary:Sorts/Types|'''Sorts/Types''']] ([[User:IngoM]])<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> * variable<br /> * variable assignment function<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=3583 2013-03-14T19:13:06Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> This glossary contains key terms of semantics as they occur in the semantics chapters of introductions to linguistics or in basic introductions to semantics. Our glossary is still under construction.<br /> <br /> For more elaborated definitions of the terms you may want to consult:<br /> * [http://plato.stanford.edu/ Stanford Encyclopedia of Philosophy]<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> * negation<br /> * negative concord<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> * predicate logic (first order predicate logic)<br /> <br /> * [[Glossary:presupposition | presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Structural Ambiguity|'''structural ambigutiy''']] ([[User:Marc M]])<br /> <br /> == T ==<br /> * [[Glossary:Types/Sorts|'''Types/Sorts''']] ([[User:IngoM]])<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> * variable<br /> * variable assignment function<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=3582 2013-03-14T19:09:04Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> <br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> 1) Homer slept. &lt;e,t&gt; - sleep is an intransitive verb that does not require an object &lt;br&gt;<br /> 2) Homer choked Bart. &lt;e,&lt;e,t&gt;&gt; - choke is a transitive verb and requires a direct object <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==<br /> <br /> = Sorts =<br /> <br /> AE: <br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> In semantics, there are different sorts of entities. You distinguish between entities which represent a single person or object and entities that represent a group of persons/objects. Additionally, you differentiate between concrete and abstract entities. A concrete entity refers to a specific object, e.g. a particular being (which usually has a name); on the other hand, an abstract entity refers to a non-specific object.<br /> <br /> == Examples ==<br /> <br /> '''Example:''' ''The election of Mayor Quimby'' took place on Sunday. <br /> <br /> '''Solution:''' ''The election of Mayor Quimby'' refers to a concrete (single) event.</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=3581 2013-03-14T19:08:23Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> <br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> 1) Homer slept. &lt;e,t&gt; - sleep is an intransitive verb that does not require an object &lt;br&gt;<br /> 2) Homer choked Bart. &lt;e,&lt;e,t&gt;&gt; - choke is a transitive verb and requires a direct object <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==<br /> <br /> = Sorts =<br /> <br /> AE: <br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> In semantics, there are different sorts of entities. You distinguish between entities which represent a single person or object and entities that represent a group of persons/objects. Additionally, you differentiate between concrete and abstract entities. A concrete entity refers to a specific object, e.g. a particular being (which usually has a name); on the other hand, an abstract entity refers to a non-specific object.<br /> <br /> == Examples ==<br /> <br /> ''The election of Mayor Quimby'' took place on Sunday. <br /> <br /> '''Solution:''' ''The election of Mayor Quimby'' refers to a concrete (single) event.</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=3580 2013-03-14T19:06:13Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> <br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> 1) Homer slept. &lt;e,t&gt; - sleep is an intransitive verb that does not require an object &lt;br&gt;<br /> 2) Homer choked Bart. &lt;e,&lt;e,t&gt;&gt; - choke is a transitive verb and requires a direct object <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==<br /> <br /> = Sorts =<br /> <br /> AE: <br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> In semantics, there are different sorts of entities. You distinguish between entities which represent a single person or object and entities that represent a group of persons/objects. Additionally, you differentiate between concrete and abstract entities. A concrete entity refers to a specific object, e.g. a particular being (which usually has a name); on the other hand, an abstract entity refers to a non-specific object.</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=3579 2013-03-14T19:05:53Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> <br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> 1) Homer slept. &lt;e,t&gt; - sleep is an intransitive verb that does not require an object <br /> 2) Homer choked Bart. &lt;e,&lt;e,t&gt;&gt; - choke is a transitive verb and requires a direct object <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==<br /> <br /> = Sorts =<br /> <br /> AE: <br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> In semantics, there are different sorts of entities. You distinguish between entities which represent a single person or object and entities that represent a group of persons/objects. Additionally, you differentiate between concrete and abstract entities. A concrete entity refers to a specific object, e.g. a particular being (which usually has a name); on the other hand, an abstract entity refers to a non-specific object.</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=3578 2013-03-14T19:02:44Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> <br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==<br /> <br /> = Sorts =<br /> AE: <br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> In semantics, there are different sorts of entities. You distinguish between entities which represent a single person or object and entities that represent a group of persons/objects. Additionally, you differentiate between concrete and abstract entities. A concrete entity refers to a specific object, e.g. a particular being (which usually has a name); on the other hand, an abstract entity refers to a non-specific object.</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=3577 2013-03-14T19:00:17Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==<br /> <br /> = Sorts =<br /> <br /> == Definition ==<br /> In semantics, there are different sorts of entities. You distinguish between entities which represent a single person or object and entities that represent a group of persons/objects. Additionally, you differentiate between concrete and abstract entities. A concrete entity refers to a specific object, e.g. a particular being (which usually has a name); on the other hand, an abstract entity refers to a non-specific object.</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=3576 2013-03-14T18:57:56Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==<br /> <br /> = Sorts =<br /> <br /> == Definition ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-InferencePage&diff=2126 2012-12-03T14:54:44Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Homework of November 27 =<br /> <br /> == Task ==<br /> <br /> Come up with or report a short dialogue and use it to illustrate:<br /> # one entailment<br /> # one presupposition (what is the trigger? what kind of presupposition is it?)<br /> # one implicature (what kind of implicature is it? show the calculation by applying the maxims in the case of conversational implicatures)<br /> <br /> = Dialogues =<br /> <br /> == Dialogue by [[User:Manfred]] ==<br /> <br /> The following passage is taken from David Mitchell ''Cloud Atlas'', London: Sceptre, 2004, p.33f.&lt;br&gt;<br /> (Comment: this is not a real dialogue, but the text is clear enough so that it is easy to see what has been said in the described situtation.)<br /> <br /> # Along the gangway I stepped (''Prophetess'' was bucking like a &lt;br&gt;<br /> # young bronco) to the officers' mess, knocked &amp; entered. Mr&lt;br&gt;<br /> # Roderick &amp; Mr Boerhaave were listening to Cpt. Molyneux. I&lt;br&gt;<br /> # cleared my throat and bade all good morning, at which our ami-&lt;br&gt;<br /> # cable captain swore, `You can better my morning by b-ing&lt;br&gt; <br /> # off, instanter!´<br /> #<br /> # Coolly, I asked ''when'' the captain might find time to hear news&lt;br&gt;<br /> # of an Indian stowaway who had just emerged from the coils of&lt;br&gt;<br /> # hawser taking up my `so-called cabin´. During the ensuing silence&lt;br&gt;<br /> # Cpt. Molyneux's pale, horny-toad complexion turned roast beef&lt;br&gt;<br /> # pink. Ere his blast was launched, I added the stowaway claimed&lt;br&gt;<br /> # to be an able-seaman &amp; begged to work his passage.<br /> <br /> '''Entailment:'''<br /> Line 4: ''I bade all good morning'' entails ''I said something''<br /> <br /> '''Presupposition:'''<br /> Lines 8/9: ''hear news of an Indian stowaway ...''. Presupposes: ''there is an Indian stowaway ...''.&lt;br&gt;<br /> Type of presuppostion: factive&lt;br&gt;<br /> Note 1: it is remarkable that in this case the presupposition projects over a modal (''might'') and an embedded question (''when ...'').&lt;br&gt;<br /> Note 2: the factive presupposition with ''hear'' is not as strong as with ''know'', ''realize'' or the other predicates discussed in class.&lt;br&gt;<br /> Note 3: In line 12, the verb ''claim'' is used. Its complement clause's content (''the stowaway is an able-seamben'') is not presupposed.<br /> <br /> '''Implicature:'''<br /> Lines 10: ''my so-called cabin''. Implicature: ''my cabin is not a proper cabin (because of all the stored hawser)''<br /> &lt;br&gt;<br /> Type of implicature: particularized conversational implicature.&lt;br&gt;<br /> Calculation: The maxim of manner seems to be flouted (''be brief'') by the apperantly superfluous ''so-called''. The addressee understands that the speaker wants to communicate more than just saying that the stowaway was in his cabin. The attribute ''so-called'' indicates that the object does not fully satisfy the criteria of what would count as a real cabin.<br /> <br /> '''Add your dialogue below'''<br /> <br /> == Dialogue by [[User:Nicki]]==<br /> <br /> #A1: I dreamed I had won a million dollars.<br /> #B1: That’s a pitty. My neighbor actually won 5000 dollars last week in the lottery.<br /> #A1: Really that’s amazing. By the way, is the apartment next to you still for sale?<br /> #B1: The owner just removed the ‘for-sale’-sign yesterday.<br /> <br /> <br /> <br /> '''Entailment:'''<br /> <br /> Line 2: &lt;br&gt;<br /> Entailment: B1 has a neighbor.<br /> <br /> '''Presupposition:'''<br /> <br /> Line 1: &lt;br&gt;<br /> Non-factive presuppostion: A1 did not win a million dollars.<br /> <br /> '''Impliciture:'''<br /> <br /> Line 4: &lt;br&gt;<br /> Conversational impliciture: There is no “for sale” sign anymore, so the apartment is sold.<br /> <br /> == Dialogue by [[User:Anna P.]] ==<br /> <br /> Taken from The Big Bang Theory, Season 6 Episode 4 &quot;The Re-Entry Minimization&quot;. &lt;br&gt;<br /> <br /> #'''Howard:''' Hey Ma, twinkle twinkle! You’re little star is home!<br /> #(Tries to open the door, but fails) Ma, the chain is on the door!<br /> #'''Howard's Mom:''' Howard? I thought I don’t get to see you until tomorrow.<br /> #'''Howard:''' Yeah well, Bearny is not feeling well so I thought I stop by.<br /> #Tell you about the greatest adventure of my life. <br /> #See if you can make me feel bad about it.<br /> #'''His Mom:''' Oh ok, hold on. I’m not decent. <br /> #'''Howard:''' Alright. (To himself) Woman hasn’t tied her robe in 20 years <br /> #suddenly she is not decent. <br /> #'''Dr. Schneider:''' Want me to hide in the closet or go out the back?<br /> #'''Howard’s Mom:''' Shhhh… you need to whisper!<br /> #'''Howard:''' Ma, who’s in there?<br /> #'''Howard’s Mom:''' Ah no body… the TV is on.<br /> #'''Dr. Schneider:''' I only got one sock. Where is my other sock?<br /> #'''Howard:''' Who is it?<br /> #'''Howard’s Mom:''' I told you it’s the TV. James Leno lost his sock, <br /> #It’s hilarious. <br /> #'''Howard:''' If you’re busy, I can come back.<br /> #'''Howard’s Mom:''' Just gimme a second! (To Mr. Schneider) Go go go!!<br /> #(Dr. Schneider climbs out of the window. Howard catches him)<br /> #'''Howard:''' Dr. Schneider?<br /> #'''Dr. Schneider:''' Oh… (as if nothing had happen) Hello, Howard!<br /> #'''Howard:''' What are you doing here?<br /> #'''Dr. Schneider:''' Uhm, house call!<br /> #'''Howard:''' You’re a dentist!<br /> #'''Dr. Schneider:''' Yes, yes I am. (Turning toward the house, yelling at<br /> #Howard’s Mom) I think he’s on to us!<br /> &lt;br&gt;<br /> '''Entailment:'''&lt;br&gt;<br /> Line 7: ''I'm not decent.'' entails that Howard's mom needs to dress first before she can attend to her son.<br /> <br /> '''Presupposition:'''&lt;br&gt;<br /> Line 6: ''See if you can make me feel bad about it.'' presupposes that his mother usually is giving Howard a hard time.&lt;br&gt;<br /> Type of presupposition: factive.<br /> <br /> '''Implicature:'''&lt;br&gt;<br /> Line 8/9: ''Woman hasn’t tied her robe in 20 years suddenly she is not decent.'' Particularized conversational implicature. Seems to violate the maxim of relevance but still inference is made due to the fact that Howard's utterance is highly ironical, even sarcastic.<br /> <br /> == Dialogue by [[User:Lorena]] ==<br /> <br /> 1. '''Tim:''' &quot;Why didn´t you come to John´s party last Saturday night? &lt;br/&gt;<br /> 2. Most of our friends were there.&quot; &lt;br/&gt;<br /> 3. '''Kevin:''' &quot;Well, if I hadn´t had to pick my parents from the airport... &lt;br/&gt;<br /> 4. I heavily regret that I couldn´t be there.&quot; &lt;br/&gt;<br /> 5. '''Tim:''' &quot;I see. Your parents were on holiday, I guess.&quot; &lt;br/&gt;<br /> 6. '''Kevin:''' &quot; Yes, exactly.&quot; &lt;br/&gt;<br /> &lt;br/&gt;<br /> 1. '''''structural presupposition:''''' Tim presupposes that the Kevin knows that there was a party on the particular place and time mentionend. This part of information is assumed to be true, so he can ask a question that contains these given facts. &lt;br/&gt;<br /> &lt;br/&gt;<br /> 2. '''''scalar implicature:''''' Tim expresses how many friends there were at the party. He implicates that there were more than many, but less than all friends there.&lt;br/&gt;<br /> '''''entailment:''''' If Tim´s first sentence is true, than his second one is also true; i.e. If there was a party and he went there, it is likely that he also met friends there. &lt;br/&gt;<br /> &lt;br/&gt;<br /> 3. '''''counterfactual presupposition:''''' The opposite of Kevin´s utterance is true - he had to pick his parents from the airport. &lt;br/&gt;<br /> Furthermore, his utterance serves as an explanation for his absence and implicates that if he hadn´t had to fetch them, he would have been at the party.&lt;br/&gt;<br /> &lt;br/&gt;<br /> 4. '''''factive presupposition:''''' The verb ''regret'' emphasizes the fact of his absence. But it also expresses that he could have been there. &lt;br/&gt;<br /> &lt;br/&gt;<br /> 5. '''''hedge''''' (I guess) concerning the maxim of quality of the cooperative principle: Tim conveys that he is not quite sure if his friend´s parents were abroad. The usage of this cautious note indicates that his inference might not be accurate.<br /> <br /> == Dialogue by [[User:Lisa]]==<br /> <br /> # Lisa and Verena are chatting during a lecture. &lt;br&gt;<br /> # Lisa says: &quot;I really regret havig taken this course.&quot; &lt;br&gt;<br /> # Verena nodds and asks: &quot;How is your dog?&quot; &lt;br&gt;<br /> # &quot;Oh she is fine. But yesterday she drove me crazy. &lt;br&gt;<br /> # She chased a cat and ran into a garden!&quot;<br /> <br /> <br /> '''Entailment:'''<br /> <br /> Line 1: &lt;br&gt;<br /> Lisa is talking. &lt;br&gt; Verena is talking.<br /> <br /> <br /> '''Presupposition:'''<br /> <br /> Line 2: &quot;I regret having taken this course&quot; presupposes that Lisa took the course. The presupposed information following the verb &quot;regret&quot; can be treated as a fact. Therefore, it is a factive presuppostion.<br /> <br /> Line 3: &quot;How is your dog&quot; presupposes that Lisa has a dog. Explanation as in 2.<br /> <br /> <br /> '''Implicature:'''<br /> <br /> Line 5: &quot;...chased a cat and ran into a garden!&quot; Implicature: It was not Lisa´s cat or garden. She does not know to whom both belongs. Here, no special knowledge is required in the context to calculate the additional conveyed meaning. If Lisa was capable of being more specific she would have said &quot;my garden/cat&quot; or &quot; the garden/cat of xy&quot; (following the maxim of quantity). Therefore, it is a generalized conversational implicature.<br /> <br /> == Dialogue by [[User:AnKa]] ==<br /> <br /> 1. '''A:''' We have many teachers in our school. &lt;br/&gt;<br /> 2. '''B:''' Is there a male English teacher at your school? &lt;br/&gt;<br /> 3. '''A:''' The class next door has a male teacher. &lt;br/&gt;<br /> <br /> <br /> Line 1:<br /> '''Entailment:'''<br /> A has at least some teachers in her/his school.<br /> <br /> Line 2:<br /> '''Presupposition:'''<br /> Either there is a male English teacher at the school or there isn’t. It is a question.<br /> <br /> Line 3:<br /> '''Implicature'''<br /> Conversational Implicature: Maxim of Quality. The Speaker does not want to give a precise answer because he might be uncertain. <br /> <br /> == Dialogue by [[User:Moonhwa9113]] ==<br /> <br /> 1. '''Tom:''' “Good morning Mary, did you sleep well?” &lt;br/&gt;<br /> 2. '''Mary:''' “Not really. I dreamt I was a rat. It was awful” &lt;br/&gt;<br /> 3. '''Tom:''' “This might sound odd but I think I heard you squeaking last night.” &lt;br/&gt;<br /> <br /> <br /> '''Entailment:'''<br /> Line 1 entails that Mary had been sleeping.<br /> <br /> '''Presupposition:'''<br /> In line 2 Mary explains she dreamt she was a rat which proves she isn’t in real-life. Hence it forms a non-factive presupposition.<br /> <br /> '''Implicature'''<br /> In line 3 we see that the speaker Tom hedges (maxim of quality) while he carefully admits to have heard Mary squeaking but is either not sure or simply does not want to embarrass her. <br /> <br /> == Dialogue by [[User:Elisabeth.krall]] ==<br /> <br /> 1. Tom: How did you like the concert?<br /> <br /> 2. Tim: I don’t know. I was not really getting into the flow of those reggae beats.<br /> <br /> 3. Tom: Oh, I can see your point. But still I do not regret having bought those over-priced tickets. <br /> <br /> 4. Tim: Yeah, me neither. The tonality was neither in the Aeolian mode nor in Ionic as I expected it to be for I play reggae myself and the guitar chords would have sounded a lot better openly than in power chords and the bass guitar always emphasized the forth and the seventh instead of the third and the quint, though.<br /> <br /> 5. Tom: Ohhh… yes, if you say so.<br /> <br /> <br /> '''Factive Presupposition:''' “I do not regret having bought those over – priced tickets” (3); the sentence presupposes that Tom bought over-priced tickets.<br /> <br /> '''Entailment:''' “I was not really getting into the flow of those reggae beats” (2); the remark entails that Tom was not able to fully feel the rhythm and the atmosphere of the reggae music played at the concert; therefore, he was not able to “identify” with the music<br /> <br /> '''Implicature''': remark 4; Tom violates the Maxim of Manner; he is not brief and does not avoid unnecessary prolixity <br /> <br /> == Dialogue by [[User:Anna]] ==<br /> <br /> 1. ''Mary and Peter are eating breakfast and talking.'' &lt;br/&gt;<br /> 2. '''Peter:''' Did you go to an interview yesterday? &lt;br/&gt;<br /> 3. '''Mary:''' The timing belt broke. &lt;br/&gt;<br /> 4. I did not manage to go there. &lt;br/&gt;<br /> 5. '''Peter:''' oh..., Can you pass the salt? &lt;br/&gt;<br /> <br /> '''Entailment: (1)''' Both Mary and Peter are eating breakfast. &lt;br/&gt;<br /> <br /> '''Presupposition: (3)''' ''Structural presupposition:'' The timing belt broke- Mary did not go to an interview. &lt;br/&gt;<br /> '''(4)''' ''Lexical presupposition:'' She didn’t manage to go there- She was not there.<br /> <br /> '''Implicature: (5)''' ''Conversational implicature:'' Peter wants Mary to pass him salt.<br /> <br /> == Dialogue by [[User: Anna Böcher]] ==<br /> The following dialogue is an excerpt taken from „Pygmalion“ by Bernard Shaw.<br /> Professor Higgins and Colonel Pickering are discussing how to treat the flower girl Eliza, who should be taught in proper English by Higgins. &lt;br/&gt;<br /> <br /> 1 '''PICKERING:''' Doesn't it occur to you, Higgins, that the girl has some feelings? &lt;br/&gt;<br /> 2 '''HIGGINS:''' Oh no, I don't think so. Not any feelings that we need bother about. &lt;br/&gt;<br /> 3 Have you, Eliza? &lt;br/&gt;<br /> 4 '''ELIZA:''' I got my feelings same as anyone else. &lt;br/&gt;<br /> 5 '''HIGGINS:''' You see the difficulty? &lt;br/&gt;<br /> 6 '''PICKERING:''' Eh? What difficulty? &lt;br/&gt;<br /> 7 '''HIGGINS:''' To get her talk grammar. The mere pronunciation is easy enough. &lt;br/&gt;<br /> 8 '''ELIZA:''' I don't want to talk grammar. I want to talk like a lady in a flower-shop. &lt;br/&gt;<br /> <br /> '''Entailment:''' The second sentence in line 8 entails that she doesn't talk like a lady in a flower-shop yet. &lt;br/&gt;<br /> '''Presupposition:''' Eliza's statement in line 4 is a ''factive presupposition'', as it presupposes that anyone else has feelings. &lt;br/&gt;<br /> '''Implicature:''' The question about Eliza's feelings in line 1 is a ''scalar implicature''. Pickering asks whether Higgins thinks that Eliza has some feelings, which implicates that she has feelings but not many. &lt;br/&gt;<br /> <br /> == Dialogue by [[User:Leo]] ==<br /> <br /> Two really old people, they might be your own grandparents, maybe just a couple years older, talk to each other. The husbands name is Kurt. Liselotte is his wife. <br /> <br /> K: Have you seen Gretel in the last couple of days? You haven‘t been out much. Getting too old, eh? &lt;br/&gt;<br /> L: She‘s in hospital. Have you forgotten again? She broke her leg. Do you ever listen to me? &lt;br/&gt;<br /> K: I listen to you almost all the time. The pain in your back, your friends, your grandchildren, your cooking shows. And who listens to me? &lt;br/&gt;<br /> <br /> '''Entailment:''' “Have you seen Gretel in the last couple of days?“ entails that someone called Gretel exists and both Kurt and Liselotte know her. <br /> <br /> '''Presupposition:''' “Have you forgotten again?“ presupposes that the couple has talked about Gretel‘s stay in hospital more than once before and Kurt has at least once forgotten about it. This is a lexical presupposition. <br /> <br /> '''Implicature:''' “I listen to you almost all the time“ implicates that Kurt does not listen to Liselotte every time she says something. This is a scalar implicature. Here, the maxim of quality seems to be slightly violated because he most likely listens even less than stated. <br /> <br /> == Dialogue by [[User:IngoM]]==<br /> <br /> A: The president was assassinated! (entailment: The president is dead.)<br /> <br /> B: Oh, no! Now he can no longer rule our country! (presupposition: He once ruled the country.)<br /> <br /> A: I will miss him. He always seemed overworked but happy. (Conventional implicature: This sentence implies being overworked and happiness are not compatible but in spite of this the president was still happy. The conventional interpretation of the word &quot;but&quot; will always create the implicature of a sense of contrast. <br /> <br /> <br /> <br /> &lt;hr /&gt;<br /> Back to the [[NMTS_Course_Overview|course overview]]&lt;br&gt;<br /> Back to [[NMTS_Meeting_7|meeting 7]]</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=2010 2012-11-17T22:52:15Z

<p>IngoM: /* S */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Structural Ambiguity|'''Structural Ambigutiy''']] ([[User:Marc M]])<br /> <br /> == T ==<br /> * [[Glossary:Types|'''Types''']] ([[User:IngoM]])<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Types&diff=2009 2012-11-17T22:51:00Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=2008 2012-11-17T22:50:32Z

<p>IngoM: /* T */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Sorts|'''sorts''']] ([[User:]])<br /> * [[Glossary:Structural Ambiguity|'''Structural Ambigutiy''']] ([[User:Marc M]])<br /> <br /> == T ==<br /> * [[Glossary:Types|'''Types''']] ([[User:IngoM]])<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Types&diff=2007 2012-11-17T22:49:54Z

<p>IngoM: Created page with &quot;{{MaterialUnderConstruction}} = Types = AE: * Type: (/taɪp/) * Sort: (/sɔː(r)t/) == Definition == In logic and semantics a concept of type is often used to distinguis...&quot;</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=2006 2012-11-17T22:47:55Z

<p>IngoM: /* T */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Sorts|'''sorts''']] ([[User:]])<br /> * [[Glossary:Structural Ambiguity|'''Structural Ambigutiy''']] ([[User:Marc M]])<br /> <br /> == T ==<br /> * [[Glossary:Types|'''types''']] ([[User:IngoM]])<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=2005 2012-11-17T22:47:28Z

<p>IngoM: /* T */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Sorts|'''sorts''']] ([[User:]])<br /> * [[Glossary:Structural Ambiguity|'''Structural Ambigutiy''']] ([[User:Marc M]])<br /> <br /> == T ==<br /> * [[Glossary:Types|'''Types''']] ([[User:IngoM]])<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=2004 2012-11-17T22:46:03Z

<p>IngoM: /* S */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> * [[Glossary:Denotation|'''Denotation''']] ([[User:Caterina]])<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> * [[Glossary:extension|'''extension''']] ([[User:Stephie R.]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> * [[Glossary:Hypernym|'''hypernym''']] ([[User:Ulrike]])<br /> <br /> == I ==<br /> <br /> * [[Glossary:Implicature|'''implicature''']] ([[User:Slc]])<br /> <br /> * [[Glossary:Idiom|'''idiom''']] ([[User:Elena]])<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> * [[Glossary: Predicate|'''predicate''']] ([[User:Marthe]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Sorts|'''sorts''']] ([[User:]])<br /> * [[Glossary:Structural Ambiguity|'''Structural Ambigutiy''']] ([[User:Marc M]])<br /> <br /> == T ==<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=2003 2012-11-17T22:44:30Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=2002 2012-11-17T22:43:51Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations. &lt;br&gt;<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=2001 2012-11-17T22:43:22Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations.<br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=2000 2012-11-17T22:42:01Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt;ϭ, τ&amp;gt; made up of (basic or complex) types ϭ, τ <br /> are types. &amp;lt;ϭ, τ&amp;gt; is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also &amp;lt;ϭ,τ&amp;gt; єT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1999 2012-11-17T22:40:23Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;lt; ϭ, τ made up of (basic or complex) types ϭ, τ <br /> are types. ϭ, τ is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also ϭ,τ єT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1998 2012-11-17T22:39:31Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;le ϭ, τ made up of (basic or complex) types ϭ, τ <br /> are types. ϭ, τ is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also ϭ,τ єT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1997 2012-11-17T22:39:10Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs &amp;leϭ, τ made up of (basic or complex) types ϭ, τ <br /> are types. ϭ, τ is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also ϭ,τ єT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1996 2012-11-17T22:37:21Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs ϭ, τ made up of (basic or complex) types ϭ, τ <br /> are types. ϭ, τ is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that<br /> e,tєT, and if ϭ,τ єT, then also ϭ,τ єT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type <br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1995 2012-11-17T22:36:53Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs ϭ, τ made up of (basic or complex) types ϭ, τ <br /> are types. ϭ, τ is the type of functions which map <br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that &lt;br&gt;<br /> e,tєT, and if ϭ,τ єT, then also ϭ,τ єT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different &lt;br&gt;<br /> kinds of expression (and of semantic value). These types are used as syntactic &lt;br&gt;<br /> categories for the expressions in the semantic representation language. Each type &lt;br&gt;<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1994 2012-11-17T22:36:10Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs ϭ, τ made up of (basic or complex) types ϭ, τ &lt;br&gt;<br /> are types. ϭ, τ is the type of functions which map &lt;br&gt;<br /> arguments of type ϭ to values of type τ. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that &lt;br&gt;<br /> e,tєT, and if ϭ,τ єT, then also ϭ,τ єT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different &lt;br&gt;<br /> kinds of expression (and of semantic value). These types are used as syntactic &lt;br&gt;<br /> categories for the expressions in the semantic representation language. Each type &lt;br&gt;<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1993 2012-11-17T22:28:51Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: &lt;br&gt;<br /> – e (for entity) is the type of individual terms &lt;br&gt;<br /> – t (for truth value) is the type of formulae &lt;br&gt;<br /> All pairs s, t made up of (basic or complex) types s, t &lt;br&gt;<br /> are types. s, t is the type of functions which map &lt;br&gt;<br /> arguments of type s to values of type t. &lt;br&gt;<br /> In short: The set of types is the smallest set T such that &lt;br&gt;<br /> e,tÎT, and if s,t ÎT, then also s,t ÎT. &lt;br&gt;<br /> In logic and semantics a concept of type is often used to distinguish different &lt;br&gt;<br /> kinds of expression (and of semantic value). These types are used as syntactic &lt;br&gt;<br /> categories for the expressions in the semantic representation language. Each type &lt;br&gt;<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1992 2012-11-17T22:26:02Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> The (minimal) set of basic types is {e, t}: <br /> – e (for entity) is the type of individual terms<br /> – t (for truth value) is the type of formulae<br /> All pairs s, t made up of (basic or complex) types s, t<br /> are types. s, t is the type of functions which map<br /> arguments of type s to values of type t.<br /> In short: The set of types is the smallest set T such that<br /> e,tÎT, and if s,t ÎT, then also s,t ÎT.<br /> In logic and semantics a concept of type is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS_Meeting_2&diff=1276 2012-10-26T07:58:19Z

<p>IngoM: /* Groups */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Course_Overview|course overview]])<br /> <br /> = Working with MediaWiki and Semantics =<br /> <br /> == Working with MediaWiki ==<br /> <br /> Selected comments on example user pages:<br /> * internal links<br /> * licensing information on the picture site<br /> <br /> List of [[UserPageComments|individual comments]].<br /> <br /> == Little Glossary of Semantic Terminology ==<br /> <br /> We create a little [[Basic Glossary|glossary of basic terms]] in semantics<br /> <br /> == Semantics ==<br /> <br /> your topics:<br /> * ambiguity<br /> * semantic relations between words and sentences<br /> * connotation, denotation<br /> * predicate logic<br /> ** logical connectives<br /> ** variables<br /> ** quantifiers<br /> * English syntax<br /> <br /> == Groups ==<br /> <br /> * Group 0: [[NMTS-Group0|wikipage of Group 0]]<br /> ** Members: [[User:Manfred|Manfred Sailer]], [[User:Suzanne|Suzanne]], [[User:Sabrina|Sabrina]], [[User:Eleris|Eleris]]<br /> ** Topic: Example material<br /> * Group 1: [[NMTS-Group1|wikipage of Group 1]]<br /> ** Members: [[User:Nicki|Nicki]], [[User:Leo|Leo]], [[User:Lorena|Lorena]], [[User:Anna_Böcher|Anna Böcher]], [[User:Marc_M|Marc M]]<br /> ** Topic: Ambiguity<br /> * Group 2: [[NMTS-Group2|wikipage of Group 2]]<br /> ** Members:<br /> ** Topic: Basic semantic relations<br /> * Group 3: [[NMTS-Group3|wikipage of Group 3]]<br /> ** Members:<br /> ** Topic: Presupposition<br /> * Group 4: [[NMTS-Group4|wikipage of Group 4]]<br /> ** Members:<br /> ** Topic: Implicature<br /> * Group 5: [[NMTS-Group5|wikipage of Group 5]]<br /> ** Members: [[User:AnKa| AnKa]], [[User:Katharina| Katharina]], [[User:KimA |KimA]], [[User:Lara| Lara]]<br /> ** Topic: Quantifiers<br /> * Group 6: [[NMTS-Group6|wikipage of Group 6]]<br /> ** Members:<br /> ** Topic: Predicate Logic<br /> * Group 7: [[NMTS-Group7|wikipage of Group 7]]<br /> ** Members:<br /> ** Topic: An HPSG fragment<br /> * Group 8: [[NMTS-Group8|wikipage of Group 8]<br /> ** Members: [[User:IngoM| IngoM]]<br /> ** Topic: Sorts and types<br /> * Group 9: [[NMTS-Group9|wikipage of Group 9]]<br /> ** Members:<br /> ** Topic:<br /> <br /> = For the next meeting =<br /> <br /> == Revision ==<br /> <br /> Correct/complete your user page and the page of your picture if necessary<br /> <br /> == Glossary ==<br /> <br /> Add a term to our glossary and create the corresponding entry.<br /> * Name of your page: if you work on synonymy, then your page should be called Glossary:Synonym<br /> * IPA symbols can be gained from: http://westonruter.github.com/ipa-chart/keyboard/ (thanks to [[User:Leo|Leo]] for the link!)<br /> <br /> == Group ==<br /> <br /> * Form a group of at most 5 people.<br /> * Make sure you can exchange information within the group (exchange e-mail, ...)<br /> * Decide on the topic for your group.<br /> * Create the wikipage for your group. Your page should follow the pattern used by [[NMTS-Group0| Group 0]].<br /> * Include at least three references that may help you work on your topic.<br /> <br /> == Prepare a short presentation ==<br /> <br /> Each group will give a 3 minute presentation on their topic:<br /> # What is your group working on?<br /> # Give one clear example.<br /> # What is particularly difficult?</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS_Meeting_2&diff=1275 2012-10-26T07:57:46Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Course_Overview|course overview]])<br /> <br /> = Working with MediaWiki and Semantics =<br /> <br /> == Working with MediaWiki ==<br /> <br /> Selected comments on example user pages:<br /> * internal links<br /> * licensing information on the picture site<br /> <br /> List of [[UserPageComments|individual comments]].<br /> <br /> == Little Glossary of Semantic Terminology ==<br /> <br /> We create a little [[Basic Glossary|glossary of basic terms]] in semantics<br /> <br /> == Semantics ==<br /> <br /> your topics:<br /> * ambiguity<br /> * semantic relations between words and sentences<br /> * connotation, denotation<br /> * predicate logic<br /> ** logical connectives<br /> ** variables<br /> ** quantifiers<br /> * English syntax<br /> <br /> == Groups ==<br /> <br /> * Group 0: [[NMTS-Group0|wikipage of Group 0]]<br /> ** Members: [[User:Manfred|Manfred Sailer]], [[User:Suzanne|Suzanne]], [[User:Sabrina|Sabrina]], [[User:Eleris|Eleris]]<br /> ** Topic: Example material<br /> * Group 1: [[NMTS-Group1|wikipage of Group 1]]<br /> ** Members: [[User:Nicki|Nicki]], [[User:Leo|Leo]], [[User:Lorena|Lorena]], [[User:Anna_Böcher|Anna Böcher]], [[User:Marc_M|Marc M]]<br /> ** Topic: Ambiguity<br /> * Group 2: [[NMTS-Group2|wikipage of Group 2]]<br /> ** Members:<br /> ** Topic: Basic semantic relations<br /> * Group 3: [[NMTS-Group3|wikipage of Group 3]]<br /> ** Members:<br /> ** Topic: Presupposition<br /> * Group 4: [[NMTS-Group4|wikipage of Group 4]]<br /> ** Members:<br /> ** Topic: Implicature<br /> * Group 5: [[NMTS-Group5|wikipage of Group 5]]<br /> ** Members: [[User:AnKa| AnKa]], [[User:Katharina| Katharina]], [[User:KimA |KimA]], [[User:Lara| Lara]]<br /> ** Topic: Quantifiers<br /> * Group 6: [[NMTS-Group6|wikipage of Group 6]]<br /> ** Members:<br /> ** Topic: Predicate Logic<br /> * Group 7: [[NMTS-Group7|wikipage of Group 7]]<br /> ** Members:<br /> ** Topic: An HPSG fragment<br /> * Group 8: [[NMTS-Group8|wikipage of Group 8], [[User:IngoM| IngoM]]<br /> ** Members:<br /> ** Topic: Sorts and types<br /> * Group 9: [[NMTS-Group9|wikipage of Group 9]]<br /> ** Members:<br /> ** Topic:<br /> <br /> = For the next meeting =<br /> <br /> == Revision ==<br /> <br /> Correct/complete your user page and the page of your picture if necessary<br /> <br /> == Glossary ==<br /> <br /> Add a term to our glossary and create the corresponding entry.<br /> * Name of your page: if you work on synonymy, then your page should be called Glossary:Synonym<br /> * IPA symbols can be gained from: http://westonruter.github.com/ipa-chart/keyboard/ (thanks to [[User:Leo|Leo]] for the link!)<br /> <br /> == Group ==<br /> <br /> * Form a group of at most 5 people.<br /> * Make sure you can exchange information within the group (exchange e-mail, ...)<br /> * Decide on the topic for your group.<br /> * Create the wikipage for your group. Your page should follow the pattern used by [[NMTS-Group0| Group 0]].<br /> * Include at least three references that may help you work on your topic.<br /> <br /> == Prepare a short presentation ==<br /> <br /> Each group will give a 3 minute presentation on their topic:<br /> # What is your group working on?<br /> # Give one clear example.<br /> # What is particularly difficult?</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1274 2012-10-26T07:56:37Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type (or sort) is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> <br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1273 2012-10-26T07:55:48Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type (or sort) is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Sorts/Types]]<br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1272 2012-10-26T07:55:29Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type (or sort) is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:sorts/types]]<br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=1271 2012-10-26T07:54:59Z

<p>IngoM: /* S */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> == I ==<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> * [[Glossary:Oxymoron|'''oxymoron''']] ([[User:Stephie R.]])<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * [[Glossary:Sorts/Types|'''sorts/types''']] ([[User:IngoM]])<br /> <br /> == T ==<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=1270 2012-10-26T07:52:52Z

<p>IngoM: /* S */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> == I ==<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> * [[Glossary:Oxymoron|'''oxymoron''']] ([[User:Stephie R.]])<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> <br /> == T ==<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Basic_Glossary&diff=1269 2012-10-26T07:52:37Z

<p>IngoM: /* S */</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the meeting of [[NMTS_Meeting_2|October 23, 2012]])<br /> <br /> = Glossary of Basic Semantic Terms =<br /> <br /> == A ==<br /> <br /> * [[Glossary:Ambiguity|'''ambiguity''']] ([[User:KimA]])<br /> <br /> * [[Glossary:Antonym|'''antonym''']] ([[User:Leo]])<br /> <br /> * [[Glossary:Anaphora|'''anaphora''']] ([[User:AnKA]])<br /> <br /> == B ==<br /> <br /> == C ==<br /> <br /> * [[Glossary:contradiction|'''contradiction''']] ([[User:Katarzyna]])<br /> * [[Glossary:Complementarity|'''Complementarity''']] ([[User:VerenaS]])<br /> * [[Glossary:Connotation|'''Connotation''']] ([[User:Jennifer Borchert]])<br /> <br /> == D ==<br /> <br /> == E ==<br /> <br /> <br /> * [[Glossary:entailment|'''entailment''']] ([[User:Nicki]])<br /> <br /> == F ==<br /> <br /> * [[Glossary: Formulae|'''formulae''']] ([[User:Elisabeth.krall]])<br /> <br /> == G ==<br /> <br /> == H ==<br /> <br /> * [[Glossary:Homograph|'''homograph''']] ([[User:Lorena]])<br /> <br /> * [[Glossary:Homonym|'''homonym''']] ([[User:FlorianB]])<br /> <br /> * [[Glossary:Homophony|'''homophony''']] ([[User:Anna]])<br /> <br /> * [[Glossary:Hyponym|'''hyponym''']] ([[User:Lisa]])<br /> <br /> * [[Glossary:Heteronym|'''heteronym''']] ([[User:moonhwa9113]])<br /> <br /> == I ==<br /> <br /> == J ==<br /> <br /> == K ==<br /> <br /> == L ==<br /> <br /> * [[Glossary:Lexical Ambiguity|'''lexical ambiguity''']] ([[User:KimA]])<br /> <br /> == M ==<br /> <br /> * [[Glossary:Meronymy|'''meronymy''']] ([[User:Anna P.]])<br /> <br /> * [[Glossary:Metaphor|'''metaphor''']] ([[User:Farzad]])<br /> <br /> == N ==<br /> <br /> == O ==<br /> <br /> * [[Glossary:Oxymoron|'''oxymoron''']] ([[User:Stephie R.]])<br /> <br /> == P ==<br /> * Polysemy ([[Polysemy| User:Marlene]])<br /> <br /> * [[Glossary:Paraphrase |Paraphrase]] ([[User:Katharina | Katharina]])<br /> <br /> * [[Glossary:presupposition | Presupposition]] ([[User:Katharina_D | Katharina D.]])<br /> <br /> * [[Glossary:Prototype|'''prototype''']] ([[User:Lara]])<br /> <br /> == Q ==<br /> <br /> * [[Glossary:Quantifiers|'''quantifiers''']] ([[User:BorisL]])<br /> &lt;!--<br /> = Quantifiers =<br /> <br /> Pronunciation<br /> <br /> == Definition ==<br /> <br /> Quantifiers refer to quantity<br /> ''Comment:''<br /> ...<br /> <br /> == Examples ==<br /> <br /> ''more than half''&lt;br /&gt;<br /> ''a third''<br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Antonym|antonym]]<br /> * [[Glossary:Homonym|homonym]]<br /> * [[Glossary:Paraphrase|paraphrase]]<br /> <br /> == References and links ==<br /> --&gt;<br /> == R ==<br /> *'''[[Glossary:Register|register]]''' ([[User:Anna Böcher]])<br /> <br /> == S ==<br /> * Sorts/Types<br /> <br /> == T ==<br /> <br /> == U ==<br /> <br /> == V ==<br /> <br /> == W ==<br /> <br /> == X ==<br /> <br /> == Y ==<br /> <br /> == Z ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1268 2012-10-26T07:47:18Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: <br /> * Type: (/taɪp/)<br /> * Sort: (/sɔː(r)t/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type (or sort) is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Sorts/Types]]<br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1267 2012-10-26T07:37:37Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: (/æntɘnɪm/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type (or sort) is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Sorts/Types]]<br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=Glossary:Sorts/Types&diff=1266 2012-10-26T07:33:27Z

<p>IngoM: Created page with &quot;{{MaterialUnderConstruction}} = Sorts/Types = AE: (/æntɘnɪm/) == Definition == In logic and semantics a concept of type (or sort) is often used to distinguish differen...&quot;</p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> = Sorts/Types = <br /> <br /> AE: (/æntɘnɪm/)<br /> <br /> == Definition ==<br /> <br /> In logic and semantics a concept of type (or sort) is often used to distinguish different<br /> kinds of expression (and of semantic value). These types are used as syntactic<br /> categories for the expressions in the semantic representation language. Each type<br /> will correspond to a certain set of possible denotations.<br /> <br /> == Examples ==<br /> <br /> <br /> == Related terms ==<br /> <br /> * [[Glossary:Sorts/Types|Sorts/Types]]<br /> == Literature ==</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1265 2012-10-26T07:28:19Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 8 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> List the members of your group here<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;br /&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;br /&gt;<br /> [http://www.cs.rhul.ac.uk/~zhaohui/LACL11.pdf Zhaohui Luo - Word Meanings in Type-Theoretical Semantics]<br /> <br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> &lt;!-- Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).--&gt;</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1264 2012-10-26T07:21:41Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 8 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;br /&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;br /&gt;<br /> [http://www.cs.rhul.ac.uk/~zhaohui/LACL11.pdf Zhaohui Luo - Word Meanings in Type-Theoretical Semantics]<br /> <br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> &lt;!-- Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).--&gt;</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1263 2012-10-26T06:56:30Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 0 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;br /&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;br /&gt;<br /> [http://www.cs.rhul.ac.uk/~zhaohui/LACL11.pdf Zhaohui Luo - Word Meanings in Type-Theoretical Semantics]<br /> <br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> &lt;!-- Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).--&gt;</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1262 2012-10-26T06:55:51Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 0 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;br /&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;br /&gt;<br /> [http://www.cs.rhul.ac.uk/~zhaohui/LACL11.pdf Zhaohui Luo - Contextual Analysis of Word Meanings in<br /> Type-Theoretical Semantics]<br /> <br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> &lt;!-- Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).--&gt;</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1261 2012-10-26T06:53:10Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 0 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;br /&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;br /&gt;<br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> &lt;!-- Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).--&gt;</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1260 2012-10-26T06:52:21Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 0 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;br /&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;br /&gt;<br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> * Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1259 2012-10-26T06:51:45Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 0 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> List the members of your group here<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;br /&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;br /&gt;<br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> * Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1258 2012-10-26T06:51:04Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 0 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> List the members of your group here<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;\br&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;\br&gt;<br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> * Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).</div>

IngoM https://www.lexical-resource-semantics.de/wiki/index.php?title=NMTS-Group8&diff=1257 2012-10-26T06:50:17Z

<p>IngoM: </p> <hr /> <div>{{MaterialUnderConstruction}}<br /> <br /> (Back to the [[NMTS_Meeting_2#Groups|group overview]])<br /> <br /> = Wikipage of Group 0 =<br /> <br /> == Overview ==<br /> <br /> === Members ===<br /> List the members of your group here<br /> * [[User:IngoM| Ingo Müller]]<br /> * [[User:| ]]<br /> * [[User:BoBo| Boris Lehn]]<br /> * [[User:| ]]<br /> <br /> === Short description of the topic ===<br /> &lt;!-- Give a short description of your topic--&gt;<br /> <br /> == References and links ==<br /> <br /> === References ===<br /> [http://www.ucl.ac.uk/english-usage/projects/noun-phrase/report.htm The English Noun Phrase: an empirical study] &lt;/br&gt;<br /> [http://stp.ling.uu.se/~matsd/uv/uv05/ads1/ho2.pdf UPPSALA UNIVERSITET - Algoritmer för datorlingvistisk semantik I] &lt;/br&gt;<br /> === Links ===<br /> <br /> <br /> = Our e-learning objects =<br /> <br /> == Our wiki pages ==<br /> &lt;!-- List all the wiki pages that were created by your group. --&gt;<br /> <br /> * in the Glossary:<br /> ** [[Glossary:Sorts/Types]]: the entry for ''Sorts/Types''<br /> <br /> == Our podcasts ==<br /> &lt;!-- List all the podcasts that were created by your group. --&gt;<br /> <br /> == Our materials for an interactive whiteboard ==<br /> &lt;!-- List all the files that your group created for the interactive whiteboard. --&gt;<br /> <br /> == Our pictures ==<br /> &lt;!-- Give all the pictures of your group. Use the gallery function for this:<br /> &lt;nowiki&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;&lt;/nowiki&gt;<br /> --&gt;<br /> &lt;gallery&gt;<br /> File:Bild0705.jpg|IngoM<br /> &lt;/gallery&gt;<br /> <br /> == Our exercises ==<br /> &lt;!-- Provide links to all the exercises that your group has created.--&gt;<br /> <br /> * Exercise on types of ambiguities. [[Determine_the_type_of_ambiguity|Link to the exercise]] (only one example so far).</div>

IngoM