Parameter selection of a Particle Swarm Optimisation dynamics by closed loop stability analysis
International Journal of Computing Science and Mathematics
International Journal of Computing Science and Mathematics
Time-varying social emotional optimisation algorithm
International Journal of Computing Science and Mathematics
An improved particle swarm optimisation for solving generalised travelling salesman problem
International Journal of Computing Science and Mathematics
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Pulse coupled neural network PCNN, a well-known class of neural networks, has original advantages when applied to image segmentation because of its biological background. However, when PCNN is used, the main problem is that its parameters are not self-adapting according to different image, which limits the application range of PCNN. Considering that, this paper proposed a new method based on quantum particle swarm optimisation QPSO and chaotic mutation to determine automatically the parameters of PCNN. In this method, the chaotic mutation-quantum particle swarm optimisation CM-QPSO is used to search automatically the optimal solution of the solution space of PCNN's parameters for image segmentation. Simulation results demonstrate that the proposed method is accurate and robust for image segmentation, and its performance is superior to the methods of GA and PSO when Shannon entropy is adopted as evaluation criteria.