云制造环境下供应链节点企业的优化组合

Optimal composition of supply chain node enterprise in cloud manufacturing

为了适应互联网的快速发展,实现云制造环境下供应链各个节点企业的快速组合,将云制造供应链与蝙蝠算法相结合,建立了供应链选择的三维结构模型。从云制造的角度对供应链节点进行选择,重点研究了多目标云制造供应链选择模型,应用蝙蝠算法对模型进行量化求解。在众多种组合中快速找到了整体最优的云制造供应链,证明了蝙蝠算法在云制造海量数据选择中的有效性,对供应链在云制造环境下的进一步发展具有一定的指导意义。

To adapt to the rapid development of Internet and implement fast combination of each supply chain node under the environment of cloud manufacturing,this paper combined cloud manufacturing supply chain （CMSC） with the bat algorithm （BA）,and established the three-dimensional structure model to select supply chain nodes from the aspect of cloud manufacturing.This paper mainly discussed the multi-objective CMSC selection model,used BA to quantify and solve the model.The methods quickly found the overall optimal CMSC from many kinds of combination and proved BA was effective in the choice of huge amounts of data.The analysis has certain guiding significance to the further development of supply chain under the environment of cloud manufacturing.