CAJ | 학술논문

以生产线产能最大化为目标,以生产工艺、AGV路径、调度规则等为约束条件,建立了以AGV的数量为决策变量的数学模型来描述AGV的数量配置问题。针对该问题的复杂性,提出了基于仿真的优化方法。该方法利用仿真模型模拟AGV运行状态,并通过遗传算法确定AGV的配置数量,有效地提高了模拟的精确度与优化的速度。最后通过空调装配车间实例验证了该方法的有效性和可行性。
이생산선산능최대화위목표,이생산공예、AGV로경、조도규칙등위약속조건,건립료이AGV적수량위결책변량적수학모형래묘술AGV적수량배치문제。침대해문제적복잡성,제출료기우방진적우화방법。해방법이용방진모형모의AGV운행상태,병통과유전산법학정AGV적배치수량,유효지제고료모의적정학도여우화적속도。최후통과공조장배차간실례험증료해방법적유효성화가행성。
To decide the best AGV quantity configuration,a mathematic model was set up using process,AGV path,dispatch rule as constraint,and making sure the outputs of workshop be largest.Due to the complexity of the problem,an optimal method based on simulation optimization was proposed,using simulation model to simulate the running of AGVs and the algorithm GA to determine the quantity of AGVs.At last,validity and feasibility of the method were proved by a case study of air-condition assembly workshop.