No. 2: Computational Construction Grammar and Natural Language Understanding
All Papers
Towards a Constructicon for German
PDFCognitive Modeling Approaches to Language Comprehension Using Construction Grammar
PDFConstructional Analysis Using Constrained Spreading Activation in a FrameNet-Based Structured Connectionist Model
PDFA Proposal for Incorporating Analogically Learned Constructions in a Feature Based Parsing Framework
PDFSemantically-Driven Coreference Resolution with Embodied Construction Grammar
PDFUsage-Based Grounded Construction Learning — A Computational Model
PDFRequirements for Computational Construction Grammars
PDFMeta-Layer Problem Solving for Computational Construction Grammar
PDFA Computational Construction Grammar for English
PDFMetaphor Shifts in Constructions: The Russian Metaphor Corpus
PDFModeling the Partial Productivity of Constructions
PDFTemplate Construction Grammar: A Schema-Theoretic Computational Construction Grammar
PDFConstructions, Frames and Event Structure
PDFGrammar Scaling: Leveraging FrameNet Data to Increase Embodied Construction Grammar Coverage
PDFDynamic Construction Grammar and Steps Towards the Narrative Construction of Meaning
PDFProcessing Natural Language About Ongoing Actions in ECG
PDFConstruction Detection in a Conventional NLP Pipeline
PDFA Construction-Grammar Approach to Computationally Solving the Winograd Schema: Implementation and Evaluation
PDFThe Brazilian Portuguese Constructicon: Modeling Constructional Inheritance, Frame Evocation and Constraints in FrameNet Brasil
PDFModelling the Meaning of Argument Constructions with Distributional Semantics
PDFTree-Adjoining Grammar: A Tree-Based Constructionist Grammar Framework for Natural Language Understanding
PDFBroad Coverage, Domain-Generic Deep Semantic Parsing
PDFCan We Already Conceive of a Computational Construction Grammar that is Adequate to Address the Data of Neurolinguistics?
PDFFrame-Based Knowledge Representation Using Large Specialized Corpora
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