Annotation Property: acetext

AnnotationProperty: acetext
Abreviation ⊆ Lexical_Formacetext "Every Abreviation is a Word_Gp."
Abstract ⊆ Doc_Partacetext "Every Abstract is a Doc_Part."
Abstract_Entities ⊆ Thingacetext "Every Abstract_Entities is something."
Abstract_Entities ⊆ collection_of only Lemma_Idacetext "Everything that is collection_ofed by an Abstract_Entities is a Lemma_Id."
Abstract_Entities ⊆ has_description only stringacetext "/*[SubClassOf(Abstract_Entities DataAllValuesFrom(has_description string))]*/"
Abstract_Onto ⊆ Ontologyacetext "Every Abstract_Onto is an Ontology."
Algorithm ⊆ Methodacetext "Every Algorithm is a Method."
Alignment ⊆ Processacetext "Every Alignment is a Task."
Alignment ⊆ confidence_measure only floatacetext "/*[SubClassOf(Alignment DataAllValuesFrom(confidence_measure float))]*/"
Alignment_Resource ⊆ Enrichment_Resourceacetext "Every Alignment_Resource is an Enrichment_Resource."
Alignment_Resource ⊆ generated_on only Alignmentacetext "Everything that is generateded_on by an Alignment_Resource is an Alignment."
Alignment_Resource ⊆ has_align_source only TOK_Resourceacetext "Everything that is has_align_sourced by an Alignment_Resource is a TOK_Resource."
Alignment_Resource ⊆ has_align_target only TOK_Resourceacetext "Everything that is has_align_targeted by an Alignment_Resource is a TOK_Resource."
Alignmnet_Entity ⊆ TOK_Entityacetext "Every Alignmnet_Entity is a TOK_Entity."
Annotation ⊆ Processacetext "Every Annotation is a Task."
Annotation_Resource ⊆ Enrichment_Resourceacetext "Every Annotation_Resource is an Enrichment_Resource."
Annotation_Resource ⊆ annotates only TOK_Resourceacetext "Everything that is annotates by an Annotation_Resource is a TOK_Resource."
Annotation_Resource ⊆ generated_on only Annotationacetext "Everything that is generateded_on by an Annotation_Resource is an Annotation."
Association_Rel ⊆ Thesauri_relationacetext "Every Association_Rel is a Thesauri_relation."
Autonomous_Resource ⊆ TOK_Resourceacetext "Every Autonomous_Resource is a TOK_Resource."
Bitext ⊆ TOK_Content_Modelacetext "Every Bitext is a Tok_Model."
Broder_Term ⊆ More_Generalacetext "Every Broder_Term is a More_General."
Broder_Term ⊆ inverse_of only Narrower_Termacetext "Everything that is inverse_ofed by a Broder_Term is a Narrower_Term."
C_Align ⊆ TOK_Content_Modelacetext "Every C_Align is a Tok_Model."
C_Hierarchy ⊆ TOK_Content_Modelacetext "Every C_Hierarchy is a Tok_Model."
Chain ⊆ TOK_Entityacetext "Every Chain is a TOK_Entity."
Chain ⊆ descibes only Conceptacetext "Everything that is descibesed by a Chain is a Concept."
Chain ⊆ sequence_of only Termacetext "Everything that is sequence_ofed by a Chain is a Term."
Chain ⊆ has_term min 2 Termacetext "Every Chain has_terms at least 2 Terms."
Class_Axiom ⊆ Onto_Axiomacetext "Every Class_Axiom is an Onto_Axiom."
Classic_Logic ⊆ Logical_Approachacetext "Every Classic_Logic is a Logical_Approach."
Classification ⊆ Processacetext "Every Classification is a Task."
Component ⊆ TOK_Toolacetext "Every Component is a TOK_Tool."
Composition_Rule ⊆ Abstract_Entitiesacetext "Every Composition_Rule is an Abstract_Entities."
Compound_Word ⊆ Lexical_Formacetext "Every Compound_Word is a Word_Gp."
Compound_Word ⊆ depends_on only Composition_Ruleacetext "Everything that is dependsed_on by a Compound_Word is a Composition_Rule."
Concept ⊆ TOK_Entityacetext "Every Concept is a TOK_Entity."
Concept ⊆ has_context some Contextacetext "Every Concept has_contexts a Context."
Concept ⊆ has_term some Termacetext "Every Concept has_terms a Term."
Concept ⊆ descibes only (Domain or Topic)acetext "Everything that is descibesed by a Concept is something that is a Domain or that is a Topic."
Conceptual_Graph ⊆ Non_Logical_Approachacetext "Every Conceptual_Graph is a Non_Logical_Approach."
Connexional_Context ⊆ Contextacetext "Every Connexional_Context is a Context."
Content ⊆ Doc_Partacetext "Every Content is a Doc_Part."
Context ⊆ Abstract_Entitiesacetext "Every Context is an Abstract_Entities."
Continuous_Multi_Word_Expression ⊆ Lexical_Formacetext "Every Continuous_Multi_Word_Expression is a Lexical_Form."
Controlled_Indexing ⊆ Indexingacetext "Every Controlled_Indexing is an Indexing."
Corpus ⊆ collection_of only Documentacetext "Everything that is collection_ofed by a Corpus is a Document."
Corpus ⊆ collection_of only TOK_Resourceacetext "Everything that is collection_ofed by a Corpus is a TOK_Resource."
Corpus ⊆ has_register only Language_Registeracetext "Everything that is has_registered by a Corpus is a Language_Register."
Corpus ⊆ has_timeCover only Time_Coveracetext "Everything that is has_timeCovered by a Corpus is a Time_Cover."
Corpus ⊆ has_size only intacetext "/*[SubClassOf(Corpus DataAllValuesFrom(has_size int))]*/"
Correction ⊆ Processacetext "Every Correction is a Task."
Correspondence ⊆ Alignmnet_Entityacetext "Every Correspondence is an Alignmnet_Entity."
DL ⊆ TOK_Content_Modelacetext "Every DL is a Tok_Model."
DataType_Property ⊆ Onto_Propertyacetext "Every DataType_Property is an Onto_Property."
Database_Scheme ⊆ Non_Logical_Approachacetext "Every Database_Scheme is a Non_Logical_Approach."
Declaration ⊆ Onto_Axiomacetext "Every Declaration is an Onto_Axiom."
Defined_Concept ⊆ Conceptacetext "Every Defined_Concept is a Concept."
Defined_Concept ⊆ defined_by only Onto_Axiomacetext "Everything that is defined_bied by a Defined_Concept is an Onto_Axiom."
Definition ⊆ has_context exactly 1 Contextacetext "Every Definition has_contexts exactly 1 Context."
Derived_Word ⊆ Lexical_Formacetext "Every Derived_Word is a Word_Gp."
Derived_Word ⊆ depends_on only Composition_Ruleacetext "Everything that is dependsed_on by a Derived_Word is a Composition_Rule."
Description_Logic ⊆ Logical_Approachacetext "Every Description_Logic is a Logical_Approach."
Discontinuous_Word ⊆ Lexical_Formacetext "Every Discontinuous_Word is a Word_Gp."
Disjoint_Classes ⊆ Class_Axiomacetext "Every Disjoint_Classes is a Class_Axiom."
Disjoint_Union ⊆ Class_Axiomacetext "Every Disjoint_Union is a Class_Axiom."
Doc_Model ⊆ TOK_Content_Modelacetext "Every Doc_Model is a Tok_Model."
Doc_Model ⊆ represented_in only Formalismacetext "Everything that is representeded_in by a Doc_Model is a Formalism."
Doc_Part ⊆ TOK_Entityacetext "Every Doc_Part is a TOK_Entity."
Doc_Part ⊆ contained_in only Documentacetext "Everything that is containeded_in by a Doc_Part is a Document."
Doc_Part ⊆ has_annotation only Annotation_Resourceacetext "Everything that is has_annotationed by a Doc_Part is an Annotation_Resource."
Doc_Part ⊆ speaks_about only Topicacetext "Everything that is speaksed_about by a Doc_Part is a Topic."
Doc_Structure ⊆ Thingacetext "Every Doc_Structure is something."
Doc_Structure ⊆ referred_to only Doc_Modelacetext "Everything that is referreded_to by a Doc_Structure is a Doc_Model."
Doc_Structure ⊆ relative_format only File_Formatacetext "Everything that is relative_formated by a Doc_Structure is a File_Format."
Document ⊆ has_content only Contentacetext "Everything that is has_contented by a Document is a Content."
Document ⊆ has_index only Termacetext "Everything that is has_indexed by a Document is a Term."
Document ⊆ has_part only Doc_Partacetext "Everything that is has_parted by a Document is a Doc_Part."
Document ⊆ has_structure only Doc_Structureacetext "Everything that is has_structured by a Document is a Doc_Structure."
Document ⊆ speaks_about only (Domain or Topic)acetext "Everything that is speaksed_about by a Document is something that is a Domain or that is a Topic."
Domain ⊆ Abstract_Entitiesacetext "Every Domain is an Abstract_Entities."
Domain ⊆ devided_to only Point_Of_Viewacetext "Everything that is devideded_to by a Domain is a Point_Of_View."
Domain ⊆ isSubdomainOf only Domainacetext "Everything that is isSubdomainOfed by a Domain is a Domain."
Domain ⊆ hasURI only anyURIacetext "/*[SubClassOf(Domain DataAllValuesFrom(hasURI anyURI))]*/"
Domain ⊆ has_Name only stringacetext "/*[SubClassOf(Domain DataAllValuesFrom(has_Name string))]*/"
Domain_Onto ⊆ Ontologyacetext "Every Domain_Onto is an Ontology."
Electronic_Doc ⊆ Documentacetext "Every Electronic_Doc is a Document."
Enrichment_Resource ⊆ TOK_Resourceacetext "Every Enrichment_Resource is a TOK_Resource."
Entity_Annotation ⊆ Onto_Axiomacetext "Every Entity_Annotation is an Onto_Axiom."
Entity_Annotation ⊆ has_entity exactly 1 Ontology_Entityacetext "Every Entity_Annotation has_entities exactly 1 Ontology_Entity."
Entity_Relation ⊆ TOK_Entityacetext "Every Entity_Relation is a TOK_Entity."
Entity_Relation ⊆ object some TOK_Entityacetext "Every Entity_Relation object a TOK_Entity."
Entity_Relation ⊆ subject some TOK_Entityacetext "Every Entity_Relation subject a TOK_Entity."
Entity_Relation ⊆ links_between min 2 TOK_Entityacetext "Every Entity_Relation linkses_between at least 2 TOK_Entities."
Equivalence_Rel ⊆ Thesauri_relationacetext "Every Equivalency_Rel is a Thesauri_relation."
Equivalence_Rel ⊆ used_for only (Interlingual_Al or Intralingual_Al)acetext "Everything that is useded_for by an Equivalency_Rel is something that is an Interlingual_Al or that is an Intralingual_Al."
Equivalent_Classes ⊆ Class_Axiomacetext "Every Equivalent_Classes is a Class_Axiom."
Equivalent_Term ⊆ Termacetext "Every Equivalent_Term is a Term."
Extraction_Indexing ⊆ Indexingacetext "Every Extraction_Indexing is an Indexing."
F_Align ⊆ TOK_Content_Modelacetext "Every F_Align is a Tok_Model."
Fact ⊆ Onto_Axiomacetext "Every Fact is an Onto_Axiom."
File_Format ⊆ Thingacetext "Every File_Format is something."
File_Format ⊆ related_to only Formalismacetext "Everything that is relateded_to by a File_Format is a Formalism."
File_Format ⊆ has_acronym only stringacetext "/*[SubClassOf(File_Format DataAllValuesFrom(has_acronym string))]*/"
File_Format ⊆ has_description only stringacetext "/*[SubClassOf(File_Format DataAllValuesFrom(has_description string))]*/"
Formalism ⊆ Thingacetext "Every Formalism is something."
Formalism ⊆ has_rep_language only Representation_Languageacetext "Everything that is has_rep_languaged by a Formalism is a Representation_Language."
Formalism ⊆ has_syntax only Resource_Syntaxacetext "Everything that is has_syntaxed by a Formalism is a Resource_Syntax."
Format_Specfication ⊆ Thingacetext "Every Format_Specfication is something."
Frame ⊆ Non_Logical_Approachacetext "Every Frame is a Non_Logical_Approach."
Free_File_Format ⊆ File_Formatacetext "Every Free_File_Format is a File_Format."
General_Language ⊆ Languageacetext "Every General_Language is a Language."
General_Onto ⊆ Ontologyacetext "Every General_Onto is an Ontology."
Generation ⊆ Processacetext "Every Generation is a Task."
Generic_Term ⊆ Termacetext "Every Generic_Term is a Term."
Glossary ⊆ collection_of only Definitionacetext "Everything that is collection_ofed by a Glossary is a Definition."
Glossary ⊆ collection_of only Lexical_Formacetext "Everything that is collection_ofed by a Glossary is a Word_Gp."
Glossary ⊆ has_context exactly 1 Contextacetext "Every Glossary has_contexts exactly 1 Context."
Glossary ⊆ has_index exactly 1 Indexacetext "Every Glossary has_indexes exactly 1 Index."
Glossary ⊆ restriction_of exactly 1 Lexiconacetext "Every Glossary restriction_ofs exactly 1 Lexicon."
Glossary ⊆ has_size only integeracetext "/*[SubClassOf(Glossary DataAllValuesFrom(has_size integer))]*/"
Glossary ⊆ has_title only stringacetext "/*[SubClassOf(Glossary DataAllValuesFrom(has_title string))]*/"
Hierarchical_Rel ⊆ Thesauri_relationacetext "Every Hierarchical_Rel is a Thesauri_relation."
Hyper_Link ⊆ TOK_Entityacetext "Every Hyper_Link is a TOK_Entity."
Hyper_Link ⊆ referred_to only Hypertext_Docacetext "Everything that is referreded_to by a Hyper_Link is a Hypertext_Doc."
Hypertext_Doc ⊆ Documentacetext "Every Hypertext_Doc is a Document."
Hypertext_Doc ⊆ linked_by only Hyper_Linkacetext "Everything that is linked_bied by a Hypertext_Doc is a Hyper_Link."
Hypertext_Doc ⊆ linked_to only Hypertext_Docacetext "Everything that is linkeded_to by a Hypertext_Doc is a Hypertext_Doc."
Index ⊆ TOK_Entityacetext "Every Index is a TOK_Entity."
Index ⊆ collection_of only Index_Resourceacetext "Everything that is collection_ofed by an Index is an Index_Resource."
Index_Resource ⊆ Annotation_Resourceacetext "Every Index_Resource is an Annotation_Resource."
Indexing ⊆ Processacetext "Every Indexing is a Task."
Indicator ⊆ TOK_Entityacetext "Every Indicator is a TOK_Entity."
Integration ⊆ Processacetext "Every Integration is a Task."
Interlingual_Al ⊆ Alignmentacetext "Every Interlingual_Al is an Alignment."
Intralingual_Al ⊆ Alignmentacetext "Every Intralingual_Al is an Alignment."
Language ⊆ Thingacetext "Every Language is something."
Language_Register ⊆ Abstract_Entitiesacetext "Every Language_Register is an Abstract_Entities."
Language_Register ⊆ related_to only (Document or Topic)acetext "Everything that is relateded_to by a Language_Register is something that is a Document or that is a Topic."
Learning ⊆ Processacetext "Every Learning is a Task."
Learning_Corpus ⊆ Corpusacetext "Every Learning_Corpus is a Corpus."
Learning_Corpus ⊆ used_for some Learningacetext "Every Learning_Corpus useds_for a Learning."
Lemma_Id ⊆ Abstract_Entitiesacetext "Every Lemma_Id is an Abstract_Entities."
Lemma_Id ⊆ has_index some Index_Resourceacetext "Every Lemma_Id has_indexes an Index_Resource."
Lexical_Form ⊆ Lexical_Formacetext "Every Word_Gp is a Lexical_Form."
Lexical_Form ⊆ TOK_Entityacetext "Every Lexical_Form is a TOK_Entity."
Lexical_Form ⊆ has_context only Linguistic_Contextacetext "Everything that is has_contexted by a Word_Gp is a Linguistic_Context."
Lexical_Form ⊆ defines_relation exactly 1 Definitionacetext "Every Word_Gp defines_relations exactly 1 Definition."
Lexical_Form ⊆ has_equivalent_lang exactly 1 Lexical_Formacetext "Every Word_Gp has_equivalent_langs exactly 1 Word_Gp."
Lexical_Form ⊆ word_language exactly 1 Languageacetext "Every Word_Gp word_languages exactly 1 Language."
Lexicon ⊆ applied_to only General_Languageacetext "Everything that is applieded_to by a Lexicon is a General_Language."
Lexicon ⊆ collection_of only Lexical_Formacetext "Everything that is collection_ofed by a Lexicon is a Word_Gp."
Lexicon ⊆ related_to only Terminologyacetext "Everything that is relateded_to by a Lexicon is a Terminology."
Lexicon ⊆ has_language exactly 1 Languageacetext "Every Lexicon has_languages exactly 1 Language."
Lexicon ⊆ has_size only integeracetext "/*[SubClassOf(Lexicon DataAllValuesFrom(has_size integer))]*/"
Linguistic_Context ⊆ Contextacetext "Every Linguistic_Context is a Context."
Logical_Approach ⊆ Formalismacetext "Every Logical_Approach is a Formalism."
Merging ⊆ Processacetext "Every Merging is a Task."
Method ⊆ Thingacetext "Every Method is something."
Monolingual_Corpus ⊆ Corpusacetext "Every Monolingual_Corpus is a Corpus."
Monolingual_Corpus ⊆ has_language exactly 1 Languageacetext "Every Monolingual_Corpus has_languages exactly 1 Language."
More_General ⊆ Hierarchical_Relacetext "Every More_General is a Hierarchical_Rel."
More_Specific ⊆ Hierarchical_Relacetext "Every More_Specific is a Hierarchical_Rel."
Morpho_Entry ⊆ Lexical_Formacetext "Every Morpho_Entry is a Lexical_Form."
Multi_Word_Ab ⊆ Abreviationacetext "Every Multi_Word_Ab is an Abreviation."
Multi_Word_Ab ⊆ developped_from only Morpho_Entryacetext "Everything that is developpeded_from by a Multi_Word_Ab is a Morpho_Entry."
Multilingual_Corpus ⊆ Corpusacetext "Every Multilingual_Corpus is a Corpus."
Multilingual_Corpus ⊆ has_language some Languageacetext "Every Multilingual_Corpora has_languages a Language."
Multilingual_Corpus ⊆ source_language only Languageacetext "Everything that is source_languaged by a Multilingual_Corpus is a Language."
Multilingual_Corpus ⊆ target_language only Languageacetext "Everything that is target_languaged by a Multilingual_Corpus is a Language."
Named_Concept ⊆ Defined_Conceptacetext "Every Named_Concept is a Defined_Concept."
Named_Concept ⊆ has_term only Termacetext "Everything that is has_termed by a Named_Concept is a Term."
Narrower_Term ⊆ More_Specificacetext "Every Narrower_Term is a More_Specific."
Narrower_Term ⊆ inverse_of only Broder_Termacetext "Everything that is inverse_ofed by a Narrower_Term is a Broder_Term."
Natural_Language_Model ⊆ Natural_Representationacetext "Every Natural_Language_Model is a Natural_Representation."
Natural_Representation ⊆ Formalismacetext "Every Natural_Representation is a Formalism."
Near_Synonym ⊆ Equivalence_Relacetext "Every Near_Synonym is an Equivalency_Rel."
Node_Link ⊆ TOK_Content_Modelacetext "Every Node_Link is a Tok_Model."
Non_Logical_Approach ⊆ Formalismacetext "Every Non_Logical_Approach is a Formalism."
Non_Preferred_Term ⊆ Termacetext "Every Non_Preferred_Term is a Term."
Object ⊆ Abstract_Entitiesacetext "Every Object is an Abstract_Entities."
Object_Property ⊆ Onto_Propertyacetext "Every Object_Property is an Onto_Property."
Onto_Axiom ⊆ Ontology_Entityacetext "Every Onto_Axiom is an Ontology_Entity."
Onto_Class ⊆ Ontology_Entityacetext "Every Onto_Class is an Ontology_Entity."
Onto_Class ⊆ descibes only Conceptacetext "Everything that is descibesed by an Onto_Class is a Concept."
Onto_Constant ⊆ Ontology_Entityacetext "Every Onto_Constant is an Ontology_Entity."
Onto_Individual ⊆ Ontology_Entityacetext "Every Onto_Individual is an Ontology_Entity."
Onto_Property ⊆ Ontology_Entityacetext "Every Onto_Property is an Ontology_Entity."
Ontology ⊆ has_PointOfView only Point_Of_Viewacetext "Everything that is has_PointOfViewed by an Ontology is a Point_Of_View."
Ontology ⊆ has_entity only Ontology_Entityacetext "Everything that is has_entitied by an Ontology is an Ontology_Entity."
Ontology ⊆ o_align_with only Ontologyacetext "Everything that is o_aligned_with by an Ontology is an Ontology."
Ontology ⊆ use_imports only Ontologyacetext "Everything that is use_importsed by an Ontology is an Ontology."
Ontology ⊆ has_formalism exactly 1 Formalismacetext "Every Ontology has_formalisms exactly 1 Formalism."
Ontology_Entity ⊆ TOK_Entityacetext "Every Ontology_Entity is a TOK_Entity."
Open_Document_Format ⊆ File_Formatacetext "Every Open_Document_Format is a File_Format."
Open_Format ⊆ File_Formatacetext "Every Open_Format is a File_Format."
Open_Standard ⊆ Format_Specficationacetext "Every Open_Standard is a Format_Specfication."
Organization ⊆ Partyacetext "Every Organization is a Party."
Parallel_Corpus_Alignment ⊆ translation_of only Textacetext "Everything that is translation_ofed by a Parallel_Corpora is a Text."
Party ⊆ Thingacetext "Every Party is something."
Person ⊆ Partyacetext "Every Person is a Party."
Personalization ⊆ Processacetext "Every Personalization is a Task."
Point_Of_View ⊆ Abstract_Entitiesacetext "Every Point_Of_View is an Abstract_Entities."
Point_Of_View ⊆ related_to only (Ontology or TOK_Resource or Topic)acetext "Everything that is relateded_to by a Point_Of_View is something that is an Ontology or that is a TOK_Resource or that is a Topic."
Point_Of_View ⊆ has_acronym only stringacetext "/*[SubClassOf(Point_Of_View DataAllValuesFrom(has_acronym string))]*/"
Point_Of_View ⊆ has_keywords only stringacetext "/*[SubClassOf(Point_Of_View DataAllValuesFrom(has_keywords string))]*/"
Predicate_Logic ⊆ Classic_Logicacetext "Every Predicate_Logic is a Classic_Logic."
Preferred_Term ⊆ Termacetext "Every Preferred_Term is a Term."
Preferred_Term ⊆ descibes only Conceptacetext "Everything that is descibesed by a Preferred_Term is a Concept."
Primitive_Concept ⊆ Conceptacetext "Every Primitif_Concept is a Concept."
Primitive_Concept ⊆ has_term only Termacetext "Everything that is has_termed by a Primitif_Concept is a Term."
Process ⊆ Thingacetext "Every Task is something."
Process ⊆ in some TOK_Resourceacetext "Every Task in a TOK_Resource."
Process ⊆ uses some TOK_Resourceacetext "Every Task uses a TOK_Resource."
Process ⊆ out only TOK_Resourceacetext "Everything that is out by a Task is a TOK_Resource."
Process ⊆ uses_algorithm only Algorithmacetext "Everything that is uses_algorithm by a Task is an Algorithm."
Process ⊆ has_Name only stringacetext "/*[SubClassOf(Task DataAllValuesFrom(has_Name string))]*/"
Process ⊆ has_description only stringacetext "/*[SubClassOf(Task DataAllValuesFrom(has_description string))]*/"
Process ⊆ has_keywords only stringacetext "/*[SubClassOf(Task DataAllValuesFrom(has_keywords string))]*/"
Production_Rule ⊆ Classic_Logicacetext "Every Production_Rule is a Classic_Logic."
Projection ⊆ Processacetext "Every Projection is a Task."
Proposition_Logic ⊆ Classic_Logicacetext "Every Proposition_Logic is a Classic_Logic."
Proprietary_Format ⊆ File_Formatacetext "Every Proprietary_Format is a File_Format."
QueryRewriting ⊆ Processacetext "Every QueryRewriting is a Task."
Query_Formulation ⊆ Processacetext "Every Query_Formulation is a Task."
Reasoning ⊆ Processacetext "Every Reasoning is a Task."
Related_Term ⊆ Termacetext "Every Related_Term is a Term."
Representation_Language ⊆ Thingacetext "Every Representation_Language is something."
Representation_Language ⊆ developed_by only Partyacetext "Everything that is developed_byed by a Representation_Language is a Party."
Representation_Language ⊆ has_documentation only Documentacetext "Everything that is has_documentationed by a Representation_Language is a Document."
Representation_Language ⊆ has_formalism only Formalismacetext "Everything that is has_formalismed by a Representation_Language is a Formalism."
Representation_Language ⊆ has_syntax only Resource_Syntaxacetext "Everything that is has_syntaxed by a Representation_Language is a Resource_Syntax."
Representation_Language ⊆ has_Name only stringacetext "/*[SubClassOf(Representation_Language DataAllValuesFrom(has_Name string))]*/"
Representation_Language ⊆ has_acronym only stringacetext "/*[SubClassOf(Representation_Language DataAllValuesFrom(has_acronym string))]*/"
Representation_Language ⊆ has_description only stringacetext "/*[SubClassOf(Representation_Language DataAllValuesFrom(has_description string))]*/"
Resource_Relation ⊆ TOK_Entityacetext "Every Resource_Relation is a TOK_Entity."
Resource_Relation ⊆ object some TOK_Resourceacetext "Every Resource_Relation object a TOK_Resource."
Resource_Relation ⊆ subject some TOK_Resourceacetext "Every Resource_Relation subject a TOK_Resource."
Resource_Syntax ⊆ Thingacetext "Every Resource_Syntax is something."
Resource_Syntax ⊆ developed_by only Partyacetext "Everything that is developed_bied by a Resource_Syntax is a Party."
Resource_Syntax ⊆ has_documentation only Documentacetext "Everything that is has_documentationed by a Resource_Syntax is a Document."
Resource_Syntax ⊆ has_Name only stringacetext "/*[SubClassOf(Resource_Syntax DataAllValuesFrom(has_Name string))]*/"
Resource_Syntax ⊆ has_acronym only stringacetext "/*[SubClassOf(Resource_Syntax DataAllValuesFrom(has_acronym string))]*/"
Resource_Syntax ⊆ has_description only stringacetext "/*[SubClassOf(Resource_Syntax DataAllValuesFrom(has_description string))]*/"
SKOS ⊆ Formalismacetext "Every SKOS is a Formalism."
S_Align ⊆ TOK_Content_Modelacetext "Every S_Align is a Tok_Model."
Scenario ⊆ Non_Logical_Approachacetext "Every Scenario is a Non_Logical_Approach."
Scope_Note ⊆ Termacetext "Every Scope_Note is a Term."
Script ⊆ Non_Logical_Approachacetext "Every Script is a Non_Logical_Approach."
Selection ⊆ Processacetext "Every Selection is a Task."
Semantic_Network ⊆ Non_Logical_Approachacetext "Every Semantic_Network is a Non_Logical_Approach."
Semiotic_Onto ⊆ Ontologyacetext "Every Semiotic_Onto is an Ontology."
Sentence ⊆ Contentacetext "Every Sentence is a Content."
Sentence ⊆ sequence_of only Lexical_Formacetext "Everything that is sequence_ofed by a Sentence is a Word_Gp."
Service ⊆ TOK_Toolacetext "Every Service is a TOK_Tool."
Simple_Word ⊆ Lexical_Formacetext "Every Simple_Word is a Word_Gp."
Single_Word_Ab ⊆ Abreviationacetext "Every Single_Word_Ab is an Abreviation."
Single_Word_Ab ⊆ developped_from only Lexical_Formacetext "Everything that is developpeded_from by a Single_Word_Ab is a Word_Gp."
Single_Word_Noun ⊆ Lexical_Formacetext "Every Single_Word_Noun is a Word_Gp."
Situational_Context ⊆ Contextacetext "Every Situational_Context is a Context."
Specific_Language ⊆ Languageacetext "Every Specific_Language is a Language."
Specific_Term ⊆ Termacetext "Every Specific_Term is a Term."
Synonym ⊆ Equivalence_Relacetext "Every Synonym is an Equivalency_Rel."
Synonym ⊆ indicates only Equivalent_Termacetext "Everything that is indicatesed by a Synonym is an Equivalent_Term."
TOK_Content_Model ⊆ Thingacetext "Every Tok_Model is something."
TOK_Entity ⊆ Thingacetext "Every TOK_Entity is something."
TOK_Entity ⊆ aligned_to some TOK_Entityacetext "Every TOK_Entity aligneds_to a TOK_Entity."
TOK_Entity ⊆ hasURI only stringacetext "/*[SubClassOf(TOK_Entity DataAllValuesFrom(hasURI string))]*/"
TOK_Entity ⊆ has_Name only stringacetext "/*[SubClassOf(TOK_Entity DataAllValuesFrom(has_Name string))]*/"
TOK_Entity ⊆ has_description only stringacetext "/*[SubClassOf(TOK_Entity DataAllValuesFrom(has_description string))]*/"
TOK_Resource ⊆ Thingacetext "Every TOK_Resource is something."
TOK_Resource ⊆ aligned_to some TOK_Resourceacetext "Every TOK_Resource alignes_to a TOK_Resource."
TOK_Resource ⊆ collection_of some TOK_Resourceacetext "Every TOK_Resource collection_ofs a TOK_Resource."
TOK_Resource ⊆ has_abstract some Abstractacetext "Every TOK_Resource has_abstracts an Abstract."
TOK_Resource ⊆ has_entity some TOK_Entityacetext "Every TOK_Resource has_entities a TOK_Entity."
TOK_Resource ⊆ has_model some TOK_Content_Modelacetext "< HTML > < HEAD > < META HTTP-EQUIV= "REFRESH" CONTENT= "0;URL=http://attempto.ifi.uzh.ch/service/owl_verbalizer/owl_to_ace" > </ HEAD > < BODY > </ BODY > </ HTML >."
TOK_Resource ⊆ related_to some TOK_Resourceacetext "Every TOK_Resource relateds_to a TOK_Resource."
TOK_Resource ⊆ developed_by only Partyacetext "Everything that is developed_bied by a TOK_Resource is a Party."
TOK_Resource ⊆ has_align only Alignment_Resourceacetext "Everything that is has_aligned by a TOK_Resource is an Alignment_Resource."
TOK_Resource ⊆ has_annotation only Annotation_Resourceacetext "Everything that is has_annotationed by a TOK_Resource is an Annotation_Resource."
TOK_Resource ⊆ has_formalism only Formalismacetext "Everything that is has_formalismed by a TOK_Resource is a Formalism."
TOK_Resource ⊆ has_language only Languageacetext "Everything that is has_languaged by a TOK_Resource is a Language."
TOK_Resource ⊆ treated_by only TOK_Toolacetext "Everything that is treated_bied by a TOK_Resource is a TOK_Tool."
TOK_Resource ⊆ used_for only Processacetext "Everything that is useded_for by a TOK_Resource is a Task."
TOK_Resource ⊆ hasURI only stringacetext "/*[SubClassOf(TOK_Resource DataAllValuesFrom(hasURI string))]*/"
TOK_Resource ⊆ has_Name only stringacetext "/*[SubClassOf(TOK_Resource DataAllValuesFrom(has_Name string))]*/"
TOK_Resource ⊆ has_creation_date only stringacetext "/*[SubClassOf(TOK_Resource DataAllValuesFrom(has_creation_date string))]*/"
TOK_Resource ⊆ has_entitynumber only integeracetext "/* MOS: TOK_Resource subClassOf has_entitynumber only integer */"
TOK_Resource ⊆ has_keywords only stringacetext "/*[SubClassOf(TOK_Resource DataAllValuesFrom(has_keywords string))]*/"
TOK_Resource ⊆ has_location only stringacetext "/*[SubClassOf(TOK_Resource DataAllValuesFrom(has_location string))]*/"
TOK_Tool ⊆ Thingacetext "Every TOK_Tool is something."
Term ⊆ TOK_Entityacetext "Every Term is a TOK_Entity."
Term ⊆ descibes some Conceptacetext "Every Term descibeses a Concept."
Term ⊆ has_index some Index_Resourceacetext "Every Term has_indexes an Index_Resource."
Term ⊆ has_lexicalForm some Lexical_Formacetext "Every Term has_lexicalForm a Lexical_Form."
Term ⊆ descibes only (Concept or Domain or Topic)acetext "Everything that is descibesed by a Term is something that is a Concept or that is a Domain or that is a Topic."
Term ⊆ evolutes_in only Domainacetext "Everything that is evolutesed_in by a Term is a Domain."
Term ⊆ has_scope only Scope_Noteacetext "Everything that is has_scoped by a Term is a Scope_Note."
Term ⊆ set_as only Single_Word_Nounacetext "Everything that is set_as by a Term is a Single_Word_Noun."
Terminological_Knowledge_Base ⊆ Ontologyacetext "Every Terminologic_Knowledge_Base is an Ontology."
Terminology ⊆ applied_to only Specific_Languageacetext "Everything that is applieded_to by a Terminology is a Specific_Language."
Terminology ⊆ collection_of only Termacetext "Everything that is collection_ofed by a Terminology is a Term."
Test_Corpus ⊆ Corpusacetext "Every Test_Corpus is a Corpus."
Test_Corpus ⊆ used_for some Testingacetext "Every Test_Corpora useds_for a Testing."
Testing ⊆ Processacetext "Every Testing is a Task."
Text ⊆ Contentacetext "Every Text is a Content."
Text ⊆ devided_to only Sentenceacetext "Everything that is devideded_to by a Text is a Sentence."
Text_Article ⊆ Doc_Structureacetext "Every Text_Article is a Doc_Structure."
Thesauri_relation ⊆ Entity_Relationacetext "Every Thesauri_relation is an Entity_Relation."
Thesaurus ⊆ constants some TOK_Entityacetext "Every Thesauri constantses a TOK_Entity."
Thesaurus ⊆ contains some Chainacetext "Every Thesauri containses a Chain."
Thesaurus ⊆ index some TOK_Resourceacetext "Every Thesauri index a TOK_Resource."
Thesaurus ⊆ defines_relation only Thesauri_relationacetext "Everything that is defines_relationed by a Thesauri is a Thesauri_relation."
Thesaurus ⊆ hierarchy_of only (Concept or Term)acetext "Everything that is hierarchy_ofed by a Thesauri is something that is a Concept or that is a Term."
Thesaurus ⊆ structured_by only SKOSacetext "Everything that is structured_bied by a Thesauri is a SKOS."
Time_Cover ⊆ Abstract_Entitiesacetext "Every Time_Cover is an Abstract_Entities."
Topic ⊆ Abstract_Entitiesacetext "Every Topic is an Abstract_Entities."
Translation ⊆ Processacetext "Every Translation is a Task."
Triple ⊆ TOK_Entityacetext "Every Triple is a TOK_Entity."
Triple ⊆ object some TOK_Entityacetext "Every Triple object a TOK_Entity."
Triple ⊆ predicate some Entity_Relationacetext "Every Triple predicate an Entity_Relation."
Triple ⊆ subject some TOK_Entityacetext "Every Triple subject a TOK_Entity."
UAL ⊆ TOK_Content_Modelacetext "Every UAL is a Tok_Model."
UML_Diagram ⊆ Non_Logical_Approachacetext "Every UML_Diagram is a Non_Logical_Approach."
UnNamed_Concept ⊆ Defined_Conceptacetext "Every UnNamed_Concept is a Defined_Concept."
Upper_Level_Onto ⊆ Ontologyacetext "Every Upper_Level_Onto is an Ontology."
WN_Like ⊆ TOK_Content_Modelacetext "Every WN_Like is a Tok_Model."
WellFormed_Corpus ⊆ Corpusacetext "Every WellFormed_Corpus is a Corpus."
WellFormed_Corpus ⊆ has_language exactly 1 Languageacetext "Every WellFormed_Corpus has_languages exactly 1 Language."
WellFormed_Corpus ⊆ has_register exactly 1 Language_Registeracetext "Every WellFormed_Corpus has_registers exactly 1 Language_Register."
WellFormed_Corpus ⊆ has_timeCover exactly 1 Time_Coveracetext "Every WellFormed_Corpus has_timeCovers exactly 1 Time_Cover."
WellFormed_Corpus ⊆ has_size min 1000 Literalacetext "/*[SubClassOf(WellFormed_Corpus DataMinCardinality(1000 has_size Literal))]*/"
hypertext ⊆ Doc_Structureacetext "Every hypertext is a Doc_Structure."
private_Standard ⊆ Format_Specficationacetext "Every private_Standard is a Format_Specfication."
AGVC8: Autonomous_Resourceacetext "AGROVOC is an Autonomous_Resource."
Arabic: Languageacetext "Arabic is a Language."
BT: Indicatoracetext "BT is an Indicator."
BT: indicates only Generic_Termacetext "Everything that is indicatesed by BT is a Generic_Term."
BT: indicatorOf only Broder_Termacetext "Everything that is indicatorOf by BT is a Broder_Term."
DAML-OIL: Representation_Languageacetext "DAML-OIL is a Representation_Language."
DF: Indicatoracetext "DF is an Indicator."
DF: indicates only (Sentence or Text)acetext "Everything that is indicatesed by DF is something that is a Sentence or that is a Text."
DF: indicatorOf only Definitionacetext "Everything that is indicatorOf by DF is a Definition."
English: Languageacetext "English is a Language."
French: Languageacetext "Frensh is a Language."
German: Languageacetext "German is a Language."
Hyperbook: hypertextacetext "Hyperbook is a hypertext."
Italian: Languageacetext "Italian is a Language."
Japanese: Languageacetext "Japanese is a Language."
NT: Indicatoracetext "NT is an Indicator."
NT: indicates only Specific_Termacetext "Everything that is indicatesed by NT is a Specific_Term."
NT: indicatorOf only Narrower_Termacetext "Everything that is indicatorOf by NT is a Narrower_Term."
OCGL: Representation_Languageacetext "OCGL is a Representation_Language."
OWL-DL: Representation_Languageacetext "OWL-DL is a Representation_Language."
OWL-Full: Representation_Languageacetext "OWL-Full is a Representation_Language."
OWL-Lite: Representation_Languageacetext "OWL-Lite is a Representation_Language."
OWL-XML: Resource_Syntaxacetext "OWL-XML is a Resource_Syntax."
RDF-S: Representation_Languageacetext "RDF-S is a Representation_Language."
RDF-XML: Resource_Syntaxacetext "RDF-XML is a Resource_Syntax."
RT: Indicatoracetext "RT is an Indicator."
RT: indicates only Related_Termacetext "Everything that is indicatesed by RT is a Related_Term."
RT: indicatorOf only Association_Relacetext "Everything that is indicatorOf by RT is an Association_Rel."
Russian: Languageacetext "Rusian is a Language."
SN: Indicatoracetext "SN is an Indicator."
SN: indicates only Scope_Noteacetext "Everything that is indicatesed by SN is a Scope_Note."
SN: indicatorOf only Entity_Relationacetext "Everything that is indicatorOf by SN is an Entity_Relation."
Spanish: Languageacetext "Spanish is a Language."
Terminological_Database: Terminologyacetext "Terminological_Database is a Terminology."
UF: Indicatoracetext "UF is an Indicator."
UF: indicates only Non_Preferred_Termacetext "Everything that is indicatesed by UF is a Non_Preferred_Term."
UF: indicatorOf only Thesauri_relationacetext "Everything that is indicatorOf by UF is a Thesauri_relation."
USE: Indicatoracetext "USE is an Indicator."
USE: indicates only Preferred_Termacetext "Everything that is indicatesed by USE is a Preferred_Term."
USE: indicatorOf only Thesauri_relationacetext "Everything that is indicatorOf by USE is a Thesauri_relation."
WebPage: hypertextacetext "WebPage is a hypertext."
Wiki: hypertextacetext "Wiki is a hypertext."
index_list: Index_Resourceacetext "index_list is an Index_Resource."
index_table: Index_Resourceacetext "index_table is an Index_Resource."
term_index: Index_Resourceacetext "term_index is an Index_Resource."
AGVC8 has_Name "Agricultural Information Management Standards (AIMS)" (string)acetext "AGROVOC has_Name "Agricultural Information Management Standards (AIMS)"."
AGVC8 has_Name "Normes pour la gestion de l'information agricole" (string)acetext "AGROVOC has_Name "Normes pour la gestion de l'information agricole"."
AGVC8 has_acronym "AGROVOC" (string)acetext "AGROVOC has_acronym "AGROVOC"."
AGVC8 has_conceptnumber "52891" (integer)acetext "AGVC8 has_conceptnumber 52891."
AGVC8 has_creation_date "1980" (string)acetext "AGVC8 has_creation_date "1980"."
AGVC8 has_description "AGROVOC is a multilingual structured thesaurus of all subject fields in Agriculture, Forestry, Fisheries, Food security and related domains (e.g. Sustainable Development, Nutrition, etc). It consists of words or expressions (terms), in different languages and organized in relationships (e.g. "broader", "narrower", and "related"), used to identify or search resources. Its main role is to standardize the indexing process in order to make searching simpler and more efficient, and to provide users with the most relevant resources. AGROVOC is available in the five official languages at FAO, which are English, French, Spanish, Chinese and Arabic. It is also available in Czech, German, Japanese, Portuguese, Slovak and Thai. Other languages such as Hindi, Hungarian, Italian, Korean and Persian are currently either being translated or revised." (string)acetext "AGROVOC has_description "AGROVOC is a multilingual structured thesaurus of all subject fields in Agriculture, Forestry, Fisheries, Food security and related domains (e.g . Sustainable Development, Nutrition, etc) . It consists of words or expressions (terms), in different languages and organized in relationships (e.g . " broader ", " narrower ", and " related "), used to identify or search resources . Its main role is to standardize the indexing process in order to make searching simpler and more efficient, and to provide users with the most relevant resources . AGROVOC is available in the five official languages at FAO, which are English, French, Spanish, Chinese and Arabic . It is also available in Czech, German, Japanese, Portuguese, Slovak and Thai . Other languages such as Hindi, Hungarian, Italian, Korean and Persian are currently either being translated or revised."."
AGVC8 has_entitynumber "52870" (integer)acetext "AGVC8 has_entitynumber 52870."
AGVC8 has_formnumber "528542" (integer)acetext "AGVC8 has_formnumber 528542."
AGVC8 has_location "http://aims.fao.org/website/AGROVOC-Thesaurus/sub" (string)acetext "AGVC8 has_location "http://aims.fao.org/website/AGROVOC-Thesaurus/sub"."
AGVC8 has_propertynumber "14" (integer)acetext "AGVC8 has_propertynumber 14."
AGVC8 has_termnumber "52870" (integer)acetext "AGVC8 has_termnumber 52870."
generalization_of ⊆ aligned_toacetext "If X generalization_ofs Y then X aligneds_to Y."
has_axiom ⊆ has_entityacetext "If X has_axioms Y then X has_entities Y."
has_class ⊆ has_entityacetext "If X has_classes Y then X has_entities Y."
has_collection ⊆ has_entityacetext "If X has_collections Y then X has_entities Y."
has_individual ⊆ has_entityacetext "If X has_individuals Y then X has_entities Y."
has_property ⊆ has_entityacetext "If X has_properties Y then X has_entities Y."
has_restriction ⊆ has_entityacetext "If X has_restrictions Y then X has_entities Y."
has_rule ⊆ has_entityacetext "If X has_rules Y then X has_entities Y."
o_align_with ⊆ aligned_toacetext "If X o_aligns_with Y then X aligneds_to Y."
specification_of ⊆ aligned_toacetext "If X specification_of Y then X aligneds_to Y."
translation_of ⊆ aligned_toacetext "If X translation_ofs Y then X aligneds_to Y."
has_align inverse has_align_sourceacetext "If X has_aligns Y then Y has_align_sources X. If X has_align_sources Y then Y has_aligns X."
has_align inverse has_align_targetacetext "If X has_aligns Y then Y has_align_targets X. If X has_align_targets Y then Y has_aligns X."
Functional (has_language)acetext "Everything has_languages at most 1 thing."
Asymmetric (o_align_with)acetext "If X o_aligns_with Y then it is false that Y o_aligns_with X."
Transitive (collection_of)acetext "If X collection_ofs something that collection_ofs Y then X collection_ofs Y."
Transitive (contained_in)acetext "If X containeds_in something that containeds_in Y then X containeds_in Y."
provided_by Range Personacetext "Everything that is provided_bied by something is a Person."
provided_by Range TOK_Toolacetext "Everything that is provided_bied by something is a TOK_Tool."
DisjointProperties(related_to, used_for)acetext "If X relateds_to Y then it is false that X useds_for Y."
has_axiomnumber ⊆ has_entitynumberacetext "/*[SubDataProperty(has_axiomnumber has_entitynumber)]*/"
has_conceptnumber ⊆ has_entitynumberacetext "/*[SubDataProperty(has_conceptnumber has_entitynumber)]*/"
has_correspondancesnumber ⊆ has_entitynumberacetext "/*[SubDataProperty(has_correspondancesnumber has_entitynumber)]*/"
has_formnumber ⊆ has_entitynumberacetext "/*[SubDataProperty(has_formnumber has_entitynumber)]*/"
has_propertynumber ⊆ has_entitynumberacetext "/*[SubDataProperty(has_propertynumber has_entitynumber)]*/"
has_sentencenumber ⊆ has_entitynumberacetext "/*[SubDataProperty(has_sentencenumber has_entitynumber)]*/"
has_termnumber ⊆ has_entitynumberacetext "/*[SubDataProperty(has_termnumber has_entitynumber)]*/"

Annotation Property: acetext

http://attempto.ifi.uzh.ch/acetext#acetext

Usage (418)