| S.H. Shami, I.M.A. Kirkwood, M.C. Sinclair, Evolving simple fault-tolerant routing rules using genetic programming, Electron. Lett. 33 (17) (1997) 1440--1441. |
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S. H. Shami, I. M. A. Kirkwood, and Mark C. Sinclair. Evolving simple fault-tolerant routing rules using genetic programming. Electronics Letters, 33(17):1440--1441, 1997. y(EEA93374/97) ga97aSHShami.
....order based representation to obtain restoration paths for a heavily loaded network. Their aim was not so much to apply the GA to realtime restoration, but rather for the results obtained to serve as a benchmark in assessing rapid heuristic algorithms with only local knowledge. Shami et al. [6], applied genetic programming to obtain both primary and restoration paths in a network subject to single link failures. Munetomo et al. 7] described a real time dynamic routingalgorithm that employs path based genetic operators to create alternative routes in a packet switched network, thereby ....
Shami, S.H., Kirkwood, I.M.A., & Sinclair, M.C. Evolving simple fault-tolerant routing rules using genetic programming, Electronics Letters, 33(17):1440--1441, Aug 1997.
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S.H. Shami, I.M.A. Kirkwood, M.C. Sinclair, Evolving simple fault-tolerant routing rules using genetic programming, Electron. Lett. 33 (17) (1997) 1440--1441.
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