1980 · 576 citations · 15 references
Circuit ComplexityComputational Complexity TheoryEngineeringAbstract ComplexityUniform Upper BoundLower BoundSmall CircuitsComputational ComplexityCommunication ComplexityTime ComplexityComputer ScienceDescriptional ComplexityDiscrete MathematicsPolynomial TimeUniform Complexity ClassesComplexity
It is well known that every set in P has small circuits [13]. Adleman [1] has recently proved the stronger result that every set accepted in polynomial time by a randomized Turing machine has small circuits. Both these results are typical of the known relationships between uniform and nonuniform complexity bounds. They obtain a nonuniform upper bound as a consequence of a uniform upper bound.
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The complexity of theorem-proving procedures
Stephen Cook · 1971 · 6.1K citations · Full text
Random walks, universal traversal sequences, and the complexity of maze problems
Romas Aleliunas, Richard M. Karp, Richard J. Lipton et al. · 1979 · 702 citations