The optimization of orthogonal coded signal group based on multiple population evolving strategies

Wang Jing, Luo Feng, Wu Shunjun, Fu Shaofeng
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引用次数: 2

Abstract

An improved genetic algorithm based on multiple population evolving is presented and applied to the optimization of orthogonal coded signal group for MIMO radar systems. According to the fitness of individuals, the population is divided into three groups and different evolving strategies are applied to every sub-population. The inosculation to all sub-population is actualized. This algorithm can strengthen and preserve the diversity of population. Meanwhile it can enhance the constringency speed and overcome the precocity of GA. Simulation results show that the improved genetic algorithm is effective and the optimized signal can used in MIMO radar.
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基于多种群进化策略的正交编码信号群优化
提出了一种基于多种群进化的改进遗传算法,并将其应用于MIMO雷达系统正交编码信号群的优化。根据个体的适应度将种群划分为3个群体,每个亚群体采用不同的进化策略。实现了对所有亚群的免疫接种。该算法可以增强和保持种群的多样性。同时提高了遗传算法的收敛速度,克服了遗传算法的早熟性。仿真结果表明,改进的遗传算法是有效的,优化后的信号可用于MIMO雷达。
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