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Inverse Analysis of rock displacement based on Improved MSM-PGA

机译:基于改进的MSM-PGA的岩石位移逆分析

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Inverse analysis of rock displacement is a kind of new way of studying the parameter of physical power of rock, a lot of researchers have carried on research in this respect, and some researchers among them ask solving this question with the genetic algorithm. This paper apply master-slaver model parallel genetic algorithm (MSM-PGA) to solve inverse analysis of rock displacement, in the course of solving, has carried on certain improvement to the original algorithm, has resolved the task of the master course and slaver course, and when concrete heredity is operated, having adopted the adaptive hereditary algorithm. The result of emulation experimental shows, MSM-PGA after improving has not merely overcome the shortcoming of original MSM-PGA, and effective improvement the speed and precision of calculation, has guaranteed the dependability of analysis result.
机译:岩石位移的逆分分析是一种研究岩石物理力量参数的新方法,很多研究人员在这方面进行了研究,其中一些研究人员在遗传算法要求解决这个问题。本文应用了主奴隶模型并行遗传算法(MSM-PGA)来解决岩石位移的逆分析,在解决过程中,已经对原始算法进行了某些改进,已解决了主课程和奴隶制课程的任务并且当经营混凝土遗传时,采用了自适应遗传算法。仿真实验结果的结果,改善后的MSM-PGA不仅克服了原始MSM-PGA的缺点,而且有效提高了计算的速度和精度,保证了分析结果的可靠性。

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