Computational Semantics with Functional Programming

Computational Semantics with Functional Programming

Jan van Eijck and Christina Unger

Draft (see title page for date)

cs.pdf
Haskell Programs and Modules

Functional Programming with Haskell: FPH.hs
Formal Syntax for Fragments: FSynF.hs
Formal Semantics for Fragments: FSemF.hs
Natural Language Inference Engine: InfEngine.hs
Main module for (compiled version of) Natural Language Inference Engine: Main.hs
Example knowledge base, in NL text: kb.txt
Model Checking with Predicate Logic: MCWPL.hs
An example model: Model.hs
The Composition of Meaning: TCOM.hs
Extensions and Intensions EAI.hs
Another example model: Model2.hs
Parsing: P.hs
Handling Relations and Scoping: HRAS.hs
Continuation-Passing Style Semantics: CPSS.hs
Discourse Representation and Context: DRAC.hs
Communication as Informative Action: CAIA.hs
Solutions to the Exercises (see title page for date)

Sols.pdf
Solution Modules

SolFPH.hs SolFSynF.hs SolFSemF.hs SolMCWPL.hs SolTCOM.hs SolEAI.hs SolP.hs SolHRAS.hs SolCPSS.hs Sol [From Computational Semantics with Functional Programming]

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