基于遗传算法的行星齿轮传动优化及MATLAB实现

Using MATLAB to realize the optimization of planet gear transmission based on genetic algorithm

针对 2K -H型行星齿轮传动约束优化实例 ,结合传统优化方法中的惩罚函数法 ,描述了浮点编码的遗传算法和大型工程计算软件MATLAB中遗传工具箱的使用方法 ,同时表明 ,遗传算法在行星齿轮传动优化及其它相关问题中具有较好的应用前景。

Aimed at the instance of constraint optimization on the 2K-H typed planet gear transmission, and combined with the method of penalty function in the traditional optimization method, the genetic algorithm of floating point coding and the operation method of genetic tool box in the large scaled engineering computation software MATALAB was described. It was shown at the same time that the genetic algorithm has better application prospects in the optimization of planet gear transmission and other relevant problems.