Multiobjective Optimization for a Location-Routing-Inventory Problem Considering Carbon-Capped Differences
In view of the three-level supply chain system,in which the location-routing-inventory problem is studied with environmental concern.Specially ,the trade-off between the cost and carboncapped difference is examined in this paper.Firstly,the Carbon-Capped Difference (CCD) is defined.Then a multiobjective integer programming model is proposed,and a multiobjective particle optimization (MOPSO) algorithm is designed by equivalence processing to the objective function.Finally, a comprehensive example base on the actual data of CNPC northeast chemical sales company is experimented.The results show that the Pareto optimal solutions are distributed uniform that illustrates the solutions is valid,and the decision makers can choose the optimal solution from their preference.
Location-routing-inventory Carbon emissions Pareto optimal solution set
Tang Jin-huan Qi Ning Zhao Li-Qiang
School of Economic and Management Shenyang Aerospace University
国内会议
管理科学与工程学会2016年年会暨第十四届中国管理科学与工程论坛
江苏镇江
英文
28-34
2016-10-21（万方平台首次上网日期，不代表论文的发表时间）