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首页> 外文期刊>Journal of Harbin Institute of Technology >Adaptive genetic algorithm for path planning of loosely coordinated multi-robot manipulators
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Adaptive genetic algorithm for path planning of loosely coordinated multi-robot manipulators

机译:松动协调多机器人机械手路径规划的自适应遗传算法

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摘要

Adaptive genetic algorithm A_(SA) GA, a novel algorithm, which can dynamically modify the parameters of Genetic Algorithms in terms of simulated annealing mechanism, is proposed for path planning of loosely coordinated multi-robot manipulators. Over the task space of a multi-robot, a strategy of decoupled planning is also applied to the evolutionary process, which enables a multi-robot to avoid falling into deadlock and calculating of composite C-space. Finally, two representative tests are given to validate A_(SA) GA and the strategy of decoupled planning.
机译:提出了一种自适应遗传算法A_(SA)GA,该算法可以根据模拟退火机制动态修改遗传算法的参数,用于多机器人机器人的路径规划。在多机器人的任务空间上,将解耦规划策略也应用于进化过程,这使多机器人可以避免陷入僵局并计算复合C空间。最后,给出了两个有代表性的测试来验证A_(SA)GA和解耦计划的策略。

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