Buffer allocation in a flow shop with capacitated batch transports
针对带容量批次运输的流水车间，提出一种近似方法计算吞吐量等性能指标，并开发迭代优化算法确定最优缓冲区分配，实验验证了方法的准确性和效率。
Automated material handling systems play a crucial role in intelligent manufacturing workshops. The main difficulty in optimising buffer allocation in such systems is to provide good evaluation for the performance measures of interest, such as throughput, and cycle time, for customised manufacturing systems. However, existing research lacks an in-depth consideration of the integration of production and material handling systems. Therefore, a flow shop with capacitated batch transports, where the transported batch size depends on the number of jobs in buffers and capacity of transporters, is presented. The system is modelled as an open queueing network with blocking, and an approximation method is proposed for computing the performance measures. Then, an iterative optimisation algorithm embedded with the performance evaluation method is developed to determine an optimal buffer allocation. Finally, the computational experiments are conducted to validate the accuracy and efficiency of the proposed approaches.