2005Journal of Qingdao UniversityRequires access

Study on Network Design of Reverse Logistics Based on Simulated Annealing Algorithm

Hou Yun-zhang

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Abstract

The development of reverse logistics makes the network design of logistics more complicated. This paper researches both the traditional and reverse logistics in a virtual company, and an MIP model is established to resolve the problem. With the help of simulated annealing and in comparison with the results of different parameters of the algorithm we get the locations of the facilities, the transportation route and the minimal cost of the model. Numerical results show that the simulated annealing has more efficiently in dealing with the net design problem of reverse logistics, which can get the project of network design during short time.

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What this paper is about

The development of reverse logistics makes the network design of logistics more complicated. This paper researches both the traditional and reverse logistics in a virtual company, and an MIP model is established to resolve the problem. With the help of simulated annealing and in comparison with the results of different parameters of the algorithm we get the locations of the facilities, the transportation route and the minimal cost of the model. Numerical results show that the simulated annealing has more efficiently in dealing with the net design problem of reverse logistics, which can get the project of network design during short time.

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Available abstract

The development of reverse logistics makes the network design of logistics more complicated. This paper researches both the traditional and reverse logistics in a virtual company, and an MIP model is established to resolve the problem. With the help of simulated annealing and in comparison with the results of different parameters of the algorithm we get the locations of the facilities, the transportation route and the minimal cost of the model. Numerical results show that the simulated annealing has more efficiently in dealing with the net design problem of reverse logistics, which can get the project of network design during short time.

Key concepts: Simulated annealing, Reverse logistics, Network planning and design, Computer science, Algorithm, Mathematical optimization, Reverse engineering, Supply chain

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