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The Complexity of Enumeration and Reliability Problems
2.1K
Citations
15
References
1979
Year
Reliability EngineeringEngineeringAbstract Complexity-Complete ProblemsReliability ProblemsComputational ComplexityEnumerative CombinatoricsP Versus Np ProblemComputer ScienceTime ComplexityDiscrete MathematicsNatural Counting ProblemsCombinatorial OptimizationCombinatorial MethodKolmogorov ComplexityComputational ProblemComplexityPolynomial Time Reduction
The class of $# P$-complete problems is a class of computationally eqivalent counting problems (defined by the author in a previous paper) that are at least as difficult as the $NP$-complete problems. Here we show, for a large number of natural counting problems for which there was no previous indication of intractability, that they belong to this class. The technique used is that of polynomial time reduction with oracles via translations that are of algebraic or arithmetic nature.
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1971 | 6.1K | |
1979 | 2.7K | |
1973 | 2.4K | |
1974 | 1.1K | |
1963 | 940 | |
1961 | 802 | |
1967 | 609 | |
1973 | 257 | |
1975 | 130 | |
1976 | 102 |
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