The hardest linear conjunctive language |
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Authors: | Alexander Okhotin |
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Affiliation: | School of Computing, Queen's University, Kingston, ON, Canada K7L3N6 |
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Abstract: | This paper demonstrates that the P-complete language of yes-instances of Circuit Value Problem under a suitable encoding can be generated by a linear conjunctive grammar, or, equivalently, accepted by a triangular trellis automaton. This result has several implications on the properties of the languages generated by conjunctive grammars of the general form and on the relationship between the abstract models of parallel computation. |
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Keywords: | Computational complexity Formal languages Conjunctive grammars Trellis automata |
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