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Research on Buffer Capacity Allocation of Engine Cylinder Block Production Line Based on SA - PSO Algorithm

机译:基于SA - PSO算法的发动机气缸模块生产线缓冲容量分配研究

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In order to allocate the buffer capacity effectively and improve the availability of the production line, a buffer allocation method based on particle swarm optimization (PSO) and simulated annealing algorithm (SA) is proposed for the mixed asynchronous serial production line. It is considered that the production line includes series equipment and parallel equipment and the processing capacity of the equipment is not the same. On the basis of ensuring that the performance of the production line does not change obviously, the production line is transformed into a synchronous production line, and the availability model of the production line is established by analytic method. The SA algorithm is used to improve the PSO. The performance of the algorithm is validated and analyzed. At the same time, a concrete example is given to show that the buffer allocation method is feasible and effective.
机译:为了有效地分配缓冲容量并改善生产线的可用性,提出了一种基于粒子群优化(PSO)和模拟退火算法(SA)的缓冲器分配方法,用于混合异步串行生产线。 据认为,生产线包括系列设备和并联设备,设备的处理能力不一样。 在确保生产线的性能不明显改变的基础上,生产线被转化为同步生产线,并通过分析方法建立生产线的可用性模型。 SA算法用于改善PSO。 验证和分析算法的性能。 同时,给出了一个具体的例子表明缓冲区分配方法是可行和有效的。

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