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Generative Semantics
1948 - 1977
Semantics became tightly integrated with syntactic theory, as researchers pursued interpretable semantic representations derived from structure and embedded meaning within grammar. Early computational and engineering approaches shaped natural language processing systems and formal descriptions of language by blending logic with linguistic data. Lexical semantics examined the internal lexicon, homography, and frequency effects, exploring how word-level meaning informs interpretation and drives pattern-based analyses.
• Natural Language Processing (NLP) and formal semantics converge to embed meaning within syntactic structures, advancing integrated semantic theories across linguistic description and generative grammar [1], [3], [6], [4], [15].
• Early computational semantics and engineering approaches shape NLP systems, data bases, and the formal description of language, blending logic with linguistic data [5], [2], [15], [19], [9].
• Lexical semantics and the internal lexicon examine homography, systematicity, and frequency effects, probing how word-level meaning drives interpretation [7], [20], [17], [16].
• Semantics in generative and descriptive theories map syntax to meaning via interpretable semantic frameworks, reflecting competing models such as semantic interpretation in generative grammar and generative semantics [8], [14], [10], [4].
Cognitive Semantics and Discourse
1978 - 1987
Construction-Integration Semantics
1988 - 1994
Knowledge-augmented Distributional Semantics
1995 - 2001
Grounded and Structured Semantics
2002 - 2009
Grounded Compositional Distributional Semantics
2010 - 2016
Graph-augmented Knowledge Semantics
2017 - 2024