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Application of PSO-GACGA in Sea-Clutter Doppler Spectrum Modeling

机译:PSO-GA&CGA在海杂波多普勒频谱建模中的应用

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In the field of sea clutter research, the key of sea targets recognition and detection is that accuracy estimated parameters of the Doppler Spectrum modeling through the optimal solution search algorithm. Our work provides two ways to improve heuristic search algorithm. One is CGA(Continuesmutation Genetic Algorithm) that cloud prevent Hamming Cliff, which is considered as GA’s inherent issue. The other is that the PSO-GA (Particle Swarm Optimization and Genetic Algorithm) and PSO-CGA (Particle Swarm Optimization and Continuesmutation Genetic Algorithm) obtained by combining algorithms, which can take advantages of the original methods and increase the individuals utilization rate. Both these method can reduce the error of the obtained results without increase solving time. In addition, we also proposes a new evaluation method of the heuristic search algorithm to efficiency measure algorithms.
机译:在海杂波研究领域,海目标识别和检测的关键是通过最优解搜索算法对多普勒频谱模型的精度进行估计。我们的工作提供了两种改进启发式搜索算法的方法。一种是CGA(连续突变遗传算法),云可以阻止汉明悬崖,这被认为是GA的固有问题。二是结合算法获得的PSO-GA(粒子群优化遗传算法)和PSO-CGA(粒子群优化遗传算法)可以充分利用原有方法,提高个体利用率。这两种方法都可以减少所获得结果的误差,而无需增加求解时间。此外,我们还提出了一种启发式搜索算法到效率度量算法的新评估方法。

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