LETTER Communicated by Friedrich Sommer A Sparse Generative Model of V1 Simple Cells with Intrinsic Plasticity

Source URL: fias.uni-frankfurt.de

• Nervous system
• Computational neuroscience
• Neuroscience
• Computational statistics
• Artificial neural network
• Mathematical psychology
• Receptive field
• Biological neuron model
• Hebbian theory
• Visual cortex
• Feature learning
• Visual tilt effects

Reaction Time as a Measure of Implicit Grammaticality Judgment Misha Becker UNC Chapel Hill October 1, 2014

Source URL: www.unc.edu

• Linguistics
• Cognitive science
• Grammar
• Generative linguistics
• Cognition
• Parts of speech
• Grammaticality
• Philosophy of logic
• Language acquisition
• Predicate
• Bootstrapping
• Language

Cognition–27 www.elsevier.com/locate/COGNIT Processing relative clauses in Chinese Franny Hsiao, Edward Gibson* Massachusetts Institute of Technology, Cambridge, MA, USA

Source URL: tedlab.mit.edu

• Linguistics
• Syntax
• Cognitive science
• Syntactic categories
• Linguistic typology
• Generative linguistics
• Clause
• Object
• Word order
• Subjectverbobject
• Relative clause
• Subject

ParDeepBank: Multiple Parallel Deep Treebanking Dan Flickinger1 , Valia Kordoni3,2 , Yi Zhang2 , António Branco4 , Kiril Simov5 , Petya Osenova5 , Catarina Carvalheiro4 , Francisco Costa4 , Sérgio Castro4 1 Stanford Un

Source URL: www.di.fc.ul.pt

• Linguistics
• Cognitive science
• Language
• Syntax
• Corpus linguistics
• Natural language processing
• Computational linguistics
• Generative linguistics
• Treebank
• Parsing
• Dependency grammar
• Head-driven phrase structure grammar

Computational Linguistics Volume 26, Number 2 Lexical Semantics and Knowledge Representation in Multilingual Text Generation

Source URL: nlp.cs.uic.edu

• Linguistics
• Language
• Cognitive science
• Computational linguistics
• Semantics
• Knowledge representation
• Generative linguistics
• Lexical semantics
• Natural language generation
• Lexicon
• Machine translation
• Lexical resource

• Some slides on Paul and Dredze, 2012. Discovering Health Topics in Social Media Using Topic Models. PLOS ONE.

Source URL: people.cs.umass.edu

• Software
• Digital media
• Computing
• Statistical natural language processing
• Health websites
• Medical websites
• WebMD
• Machine learning
• Influenza
• Topic model
• Generative model
• Twitter

Gibson Piantadosi & Fedorenko apr 2011

Source URL: tedlab.mit.edu

• Cognitive science
• Academia
• Cognition
• Statistics
• Generative linguistics
• Amazon Mechanical Turk
• Crowdsourcing
• Human-based computation
• Social information processing
• Grammaticality
• Linguistics
• The Turk

Tibor Laczkó () Fully Syntactic, Fully Lexical, or In-Between? Remarks on the Architectures of Generative Grammars 1. Introduction In this talk, I will compare the architectures of four generative

Source URL: nlp.ipipan.waw.pl

• Linguistics
• Grammar
• Syntax
• Cognitive science
• Parts of speech
• Noam Chomsky
• Semantics
• Head-driven phrase structure grammar
• Generative grammar
• Argument
• Phrase structure grammar
• Complement

Generative Fertigung von Werkzeugeinsätze Entwicklung der additiven Fertigung von 2004 bis 2015 Renishaw GmbH Karl Benz Str. 10 DEPliezhausen

Source URL: www.fg-hachtel.com

"Shape Grammars and the Generative Specification of Painting and Sculpture" by George Stiny and James Gips. Presented at IFIP Congress 71 in Ljubljana, Yugoslavia. Selected as the Best Submitted Paper. (IFIP stands for I

Source URL: www.shapegrammar.org

• Formal languages
• Academia
• Syntax
• Grammar
• Architectural theory
• Shape grammar
• Cognitive science
• Natural language processing
• George Stiny
• Formal grammar
• Phrase structure grammar
• Shape