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Titlebook: Experimental and Efficient Algorithms; 4th International Wo Sotiris E. Nikoletseas Conference proceedings 2005 Springer-Verlag Berlin Heide

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Per Spindler,Herman Van Cauterengeneralized version of the problem using the semidefinite programming relaxation of the MAX2SAT problem. Keeping the number of invalid paths small, we obtain a more veracious solution than that yielded by recent heuristics.
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Larry Purnell Ph.D., R.N., FAANetween these graph parameters and study their computational complexity. To allow a practical comparison of the bounds, we developed heuristic algorithms for those parameters that are .-hard to compute. Computational experiments show that combining the treewidth lower bounds with minors can considerably improve the lower bounds.
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Har Darshan Kumar,Donat-P. Häderolution is preserved. We also present brief analysis of these heuristics. Numerical results are reported for large scale instances. We show that our implementation results are much better than the results of a theoretically good algorithm in [10].
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Implementation of Approximation Algorithms for the Multicast Congestion Problemolution is preserved. We also present brief analysis of these heuristics. Numerical results are reported for large scale instances. We show that our implementation results are much better than the results of a theoretically good algorithm in [10].
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An Improved Branch-and-Bound Algorithm for the Test Cover Problem]. We present a faster data structure, cost based variable fixing and adapt an upper bound heuristic. The resulting algorithm solves benchmark instances up to 10 times faster than the former approach and up to 100 times faster than a general MIP-solver.
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