Publication | Closed Access
FINDING THE GROWTH RATE OF A REGULAR OR CONTEXT-FREE LANGUAGE IN POLYNOMIAL TIME
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Citations
13
References
2010
Year
Context-free GrammarsEngineeringChomsky HierarchyComputational ComplexityExponential GrowthCorpus LinguisticsThe Growth RateApplied LinguisticsNatural Language ProcessingSyntaxComputational LinguisticsLanguage EngineeringTree AutomatonGrammarDescriptional ComplexityLanguage StudiesComputational LexicologyLanguage TechnologyComputer ScienceGrammar InductionN StatesFormal MethodsAutomaton OperationTime ComplexityLexical Complexity PredictionLinguistics
We give an O(n + t) time algorithm to determine whether an NFA with n states and t transitions accepts a language of polynomial or exponential growth. Given an NFA accepting a language of polynomial growth, we can also determine the order of polynomial growth in O(n+t) time. We also give polynomial time algorithms to solve these problems for context-free grammars.
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