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- Bruce A. Whitehead, Timothy D. Choate
- IEEE Trans. Neural Networks
- 1996

In a radial basis function (RBF) network, the RBF centers and widths can be evolved by a cooperative-competitive genetic algorithm. The set of genetic strings in one generation of the algorithm represents one REP network, not a population of competing networks. This leads to moderate computation times for the algorithm as a whole. Selection operates on… (More)

- Bruce A. Whitehead, Timothy D. Choate
- IEEE Trans. Neural Networks
- 1994

An evolutionary neural network training algorithm is proposed for radial basis function (RBF) networks. The locations of basis function centers are not directly encoded in a genetic string, but are governed by space-filling curves whose parameters evolve genetically. This encoding causes each group of codetermined basis functions to evolve to fit a region… (More)

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