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