Publication | Open Access
Interleaving universal principles and relational constraints over typed feature logic
13
Citations
6
References
1997
Year
Unknown Venue
EngineeringType TheoryHigher-order LogicSemanticsSemantic WebLogic ProgrammingNatural Language ProcessingFeature TermsComputational LogicSyntaxLarge Hpsg GrammarsModular EncodingComputational LinguisticsGrammarLanguage StudiesGrammatical FormalismTyped Feature LogicComputer ScienceCategorial GrammarAutomated ReasoningFormal MethodsFirst-order LogicFormal SyntaxUnification GrammarLinguisticsComputational Semantics
We introduce a typed feature logic system providing both universal implicational principles as well as definite clauses over feature terms. We show that such an architecture supports a modular encoding of linguistic theories and allows for a compact representation using underspecification. The system is fully implemented and has been used as a workbench to develop and test large HPSG grammars. The techniques described in this paper are not restricted to a specific implementation, but could be added to many current feature-based grammar development systems.
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