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Training recurrent neural networks by using parallel tabu search algorithm based on crossover operation

机译:基于交叉操作的并行禁忌搜索算法训练递归神经网络

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摘要

There are several heuristic optimisation techniques used for numeric optimisation problems such as genetic algorithms, neural networks, simulated annealing, ant colony and tabu search algorithms. Tabu search is a quite promising search technique for nonlinear numeric problems, especially for the problems where an optimal solution must be determined on-line. However, the converging speed of the basic tabu search to the global optimum is the initial solution dependent since it is a form of iterative search. In order to overcome this drawback of basic tabu search, this paper proposes a new parallel model for the tabu search based on the crossover operator of genetic algorithms. After the performance of the proposed model was evaluated for the well-known numeric test problems, it is applied to training recurrent neural networks to identify linear and non-linear dynamic plants and the results are discussed.
机译:对于数值优化问题,有几种启发式优化技术,例如遗传算法,神经网络,模拟退火,蚁群和禁忌搜索算法。禁忌搜索是用于非线性数值问题的一种非常有前途的搜索技术,尤其是对于必须在线确定最佳解的问题。但是,基本禁忌搜索收敛到全局最优的速度取决于初始解,因为它是迭代搜索的一种形式。为了克服基本禁忌搜索的缺点,本文提出了一种基于遗传算法交叉算子的禁忌搜索并行模型。在针对已知的数值测试问题评估了所提出模型的性能之后,将其应用于训练递归神经网络以识别线性和非线性动态植物,并对结果进行了讨论。

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