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Automatic Path Planning of Industrial Robots Comparing Sampling-based and Computational Intelligence Methods

机译:基于采样和计算智能方法的工业机器人自动路径规划

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In times of industry 4.0 a production facility should be “smart”. One result of that property could be that it is easier to reconfigure plants for different products which is, in times of a high rate of variant diversity, a very important point. Nowadays in typical robot based plants, a huge part of time from the commissioning process is needed for the programming of collision free paths. This mainly includes the teach-in or offline programming (OLP) and the optimization of the paths. To speed up this process significantly, an automatic and intelligent planning system is necessary. In this work we present a system which can plan paths for industrial robots. We compare widely used sampling-based methods like PRM or RRT with Computational Intelligence (CI) based methods like genetic algorithms.
机译:在行业4.0时,生产设施应该是“聪明”。该财产的一个结果可能是重新配置不同产品的植物更容易重新配置,这是一个非常重要的多样性。如今在典型的机器人的工厂中,需要从调试过程中的一大部分时间来编程碰撞路径。这主要包括教学或离线编程(OLP)和路径的优化。为了显着加速这一过程,是一种自动和智能的规划系统是必要的。在这项工作中,我们展示了一个系统,可以计划工业机器人的路径。我们比较广泛使用的基于采样的方法,如PRM或RRT,与基于计算智能(CI)等遗传算法等方法。

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