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INTELLIGENT PATH PLANNING AND SCHEDULING FOR AUTOMATED GUIDED VEHICLES USING EVOLUTIONARY ALGORITHM

机译:基于进化算法的自动制导车辆智能路径规划与调度

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摘要

This paper presents a new intelligent path planning and scheduling method for automated guided vehicles in a flexible manufacturing system. The main objective is to minimize the total distance traveled by a loaded vehicle. The path planning and scheduling algorithm is coded in MATLAB~® using evolutionary algorithm. The proposed algorithm has considerable advantages over a number of previous efforts and produces reasonably good results very quickly and hence can be used for real time planning and scheduling of automated guided vehicles. The evolutionary algorithm presented is also flexible, in the sense that it can be used for any number of vehicles and any number of machines in the shop floor with slight modifications.
机译:本文提出了一种用于柔性制造系统中自动引导车辆的新型智能路径规划和调度方法。主要目的是使装载车辆的总行驶距离最小化。路径规划和调度算法使用进化算法在MATLAB〜®中进行编码。所提出的算法相对于许多先前的努力具有相当大的优点,并且非常快速地产生合理的良好结果,因此可以用于自动引导车辆的实时计划和调度。所展示的进化算法在某种程度上可以灵活地应用于任意数量的车辆和车间中的任何机器,这是灵活的。

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