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 Finite state verifiers with constant randomness


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We give a new characterization of NL as the class of languages whose members have certificates that can be verified with small error in polynomial time by finite state machines that use a constant number of random bits, as opposed to its conventional description in terms of deterministic logarithmic-space verifiers. It turns out that allowing two-way interaction with the prover does not change the class of verifiable languages, and that no polynomially bounded amount of randomness is useful for constant-memory computers when used as language recognizers, or public-coin verifiers. A corollary of our main result is that the class of outcome problems corresponding to O(log(n))-space bounded games of incomplete information where the universal player is allowed a constant number of moves equals NL.



Author: A. C. Cem Say; Abuzer Yakaryilmaz

Source: https://archive.org/







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