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Benchmarking heuristic search and optimisation algorithms in Matlab

机译:Matlab中的启发式搜索和优化算法

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With the proliferating development of heuristic methods, it has become challenging to choose the most suitable ones for an application at hand. This paper evaluates the performance of these algorithms available in Matlab, as it is problem dependent and parameter sensitive. Further, the paper attempts to address the challenge that there exists no satisfied benchmarks to evaluation all the algorithms at the same standard. The paper tests five heuristic algorithms in Matlab, the Nelder-Mead simplex search, the Genetic Algorithm, the Genetic Algorithm with elitism, Simulated Annealing and Particle Swarm Optimization, with four widely adopted benchmark problems. The Genetic Algorithm has an overall best performance at optimality and accuracy, while PSO has fast convergence speed when facing unimodal problem.
机译:随着启发式方法的增强,选择最适合的应用程序掌握挑战性。本文评估了MATLAB中可用的这些算法的性能,因为它是问题依赖性和参数敏感。此外,该论文试图解决不存在满足基准的挑战,以评估相同标准的所有算法。本文在MATLAB中测试了五种启发式算法,Nelder-Mead Simplex搜索,遗传算法,具有精英,模拟退火和粒子群优化的遗传算法,具有四个广泛采用的基准问题。遗传算法在最优性和精度时具有整体最佳性能,而PSO在面对单峰问题时具有快速的收敛速度。

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