A midly expoential approximation algorithm for the permanent
Abstract: "A new approximation algorithm for the permanent of an n x n 0,1-matrix is presented. The algorithm is shown to have worst-case time complexity exp(O(n[superscript 1/2] log²n)). Asymptotically, this represents a considerable improvement over the best existing algorithm, which has worst-case time complexity of the form e[superscipt theta(n)]."
"Abstract: "A new approximation algorithm for the permanent of an n x n 0,1-matrix is presented. The algorithm is shown to have worst-case time complexity exp(O(n[superscript 1/2] log²n)). Asymptotically, this represents a considerable improvement over the best existing algorithm, which has worst-case time complexity of the form e[superscipt theta(n)].""@en
University of Edinburgh. Laboratory for Foundation of Computer Science.
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