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  • December @ 2010 @ The Clog
    Analysis 1 digraph analysis 7 Electronic dictionaries 4 Usage examples 2 Prepositions 5 Represenation of meaning 2 Semantic Analysis 1 Uncategorized 2 Semantic Primitives 1 word sense disambiguation 4 Tags cognitive neuroscience collocational features computational lexicons dictionary clues digraph analysis Firth maxim frame to frame relations frame elements FrameNet inference steps MCCA meaning fragments natural language processing ontologies preposition classes preposition complements preposition meaning representation of meaning semantic dependency graphs

    Original URL path: http://www.clres.com/blog/?m=201012 (2016-02-11)
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  • February @ 2010 @ The Clog
    patterns 2 Content Analysis 1 digraph analysis 7 Electronic dictionaries 4 Usage examples 2 Prepositions 5 Represenation of meaning 2 Semantic Analysis 1 Uncategorized 2 Semantic Primitives 1 word sense disambiguation 4 Tags cognitive neuroscience collocational features computational lexicons dictionary clues digraph analysis Firth maxim frame to frame relations frame elements FrameNet inference steps MCCA meaning fragments natural language processing ontologies preposition classes preposition complements preposition meaning representation of meaning

    Original URL path: http://www.clres.com/blog/?m=201002 (2016-02-11)
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  • January @ 2010 @ The Clog
    Although this may seem Read the rest of this entry Uncategorized frame elements ontologies taxonomies Preposition Classes General Posted in January 21 2010 12 44 pmh Ken No Comments In The Preposition Project TPP each sense was assigned a semantic relation type by the lexicographer These types were grouped together into 20 larger classes The assignment of these two labels was a local decision that is without any a priori theoretical perspective Once completed the overall collection of these classifications are amenable to more Read the rest of this entry digraph analysis Prepositions digraph analysis frame elements preposition classes semantic relations Categories Select Category Construction patterns 2 Content Analysis 1 digraph analysis 7 Electronic dictionaries 4 Usage examples 2 Prepositions 5 Represenation of meaning 2 Semantic Analysis 1 Uncategorized 2 Semantic Primitives 1 word sense disambiguation 4 Tags cognitive neuroscience collocational features computational lexicons dictionary clues digraph analysis Firth maxim frame to frame relations frame elements FrameNet inference steps MCCA meaning fragments natural language processing ontologies preposition classes preposition complements preposition meaning representation of meaning semantic dependency graphs semantic relations semantic role features sentence dictionary strong components syntactic features taxonomies tweets Twitterverse word sense disambiguation word sketches Lexicon ACL SIGLEX

    Original URL path: http://www.clres.com/blog/?m=201001 (2016-02-11)
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  • October @ 2009 @ The Clog
    Category Construction patterns 2 Content Analysis 1 digraph analysis 7 Electronic dictionaries 4 Usage examples 2 Prepositions 5 Represenation of meaning 2 Semantic Analysis 1 Uncategorized 2 Semantic Primitives 1 word sense disambiguation 4 Tags cognitive neuroscience collocational features computational lexicons dictionary clues digraph analysis Firth maxim frame to frame relations frame elements FrameNet inference steps MCCA meaning fragments natural language processing ontologies preposition classes preposition complements preposition meaning representation

    Original URL path: http://www.clres.com/blog/?m=200910 (2016-02-11)
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  • September @ 2009 @ The Clog
    Read the rest of this entry digraph analysis digraph analysis frame elements More circularities in the frame element hierarchy Posted in September 28 2009 1 24 pmh Ken No Comments As suggested in another post the assignment of hypernyms to frame elements may introduce additional circularities into the frame element hierarchy This process is really quite elegant and illustrates the value of the digraph analysis technique First the focus of making assignments is on frame elements that are viewed as primitives i e without hypernyms and Read the rest of this entry digraph analysis digraph analysis frame to frame relations FrameNet strong components Categories Select Category Construction patterns 2 Content Analysis 1 digraph analysis 7 Electronic dictionaries 4 Usage examples 2 Prepositions 5 Represenation of meaning 2 Semantic Analysis 1 Uncategorized 2 Semantic Primitives 1 word sense disambiguation 4 Tags cognitive neuroscience collocational features computational lexicons dictionary clues digraph analysis Firth maxim frame to frame relations frame elements FrameNet inference steps MCCA meaning fragments natural language processing ontologies preposition classes preposition complements preposition meaning representation of meaning semantic dependency graphs semantic relations semantic role features sentence dictionary strong components syntactic features taxonomies tweets Twitterverse word sense disambiguation word sketches Lexicon

    Original URL path: http://www.clres.com/blog/?m=200909 (2016-02-11)
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  • August @ 2009 @ The Clog
    rise to strong components i e nodes that are mutually reachable In the frame element hierarchy ten strong components or circularities have arisen In an effort to provide a strict hierarchy for frame elements these circularities need to be broken In doing this it is instructive to Read the rest of this entry digraph analysis digraph analysis frame elements frame to frame relations FrameNet strong components Preposition meaning syntactic reflex and semantic relation coverage Posted in August 18 2009 5 21 pmh Ken No Comments The Oxford Dictionary of English defines preposition as a word governing and usually preceding a noun or pronoun and expressing a relation to another word or element in the clause A few years ago Bill Dolan quoting Lucy Vanderwende both of the Microsoft NLP group suggested that prepositions are essentially just syntactic reflexes that have Read the rest of this entry Prepositions preposition complements preposition meaning semantic relations Analyzing the frame element digraph Initial steps Posted in August 13 2009 12 31 pmh Ken 2 Comments The main objectives of analyzing the frame element digraph whose derivation was described in a previous post are to identify the primitive frame elements and to show the derivational hierarchy of each of the other frame elements There are 1015 frame elements in the frame element dictionary Based on the hypernym relationships this yields a Read the rest of this entry digraph analysis digraph analysis frame elements FrameNet Page 1 of 2 1 2 Next Categories Select Category Construction patterns 2 Content Analysis 1 digraph analysis 7 Electronic dictionaries 4 Usage examples 2 Prepositions 5 Represenation of meaning 2 Semantic Analysis 1 Uncategorized 2 Semantic Primitives 1 word sense disambiguation 4 Tags cognitive neuroscience collocational features computational lexicons dictionary clues digraph analysis Firth maxim frame to frame relations frame

    Original URL path: http://www.clres.com/blog/?m=200908 (2016-02-11)
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  • CL Research Frame Element Taxonomy Tree
    CL Research Frame Element Tree Top

    Original URL path: http://www.clres.com/db/feindexa.php?op=c&fe=Top (2016-02-11)
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  • CL Research Frame Element Taxonomy Tree
    CL Research Frame Element Tree Top Top Act Event Invasion act Cause Degree Entity Path Place Purpose Reason Role State Topic Type

    Original URL path: http://www.clres.com/db/feindexa.php?op=e&fe=Act (2016-02-11)
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