Research And Design Of Auto Parts Distribution Logistics Netwark Optimization System

Logistics system performance depends largely on its logistics network planning, logistics network design will result in an unreasonable or outdated facilities, location, demand assignment, setting inventory levels, delivery mode and route of choice to conduct the thereby affecting customer service levels, it is difficult to provide high quality customer service, while the contribution of logistics to corporate profits lower than the expected standards.In a variety of supply chain, automotive parts supply chain is the most complex supply chain systems in the world, for an OEM supplier of supporting dozens or even hundreds, while the need to provide services to 4S shops is as high as several 1000, large groups of spare parts supply and demand groups, a wide range of components and the corresponding types of transport, distribution links, constitute the many-level structure of complex parts supply logistics system.To build high-performance auto parts supply chain, logistics network design is the key and foundation for any advanced logistics systems are a good fit based on the logistics network, logistics network operational efficiency throughout the logistics system has the most direct impact. The Fengshen Logistics in an invincible position in the competition to further develop and grow, must have a considerable number of modern logistics facilities and an efficient logistics network.Based on the present stage auto parts logistics situation and recommended a phased auto parts logistics solutions for automotive parts logistics network optimization will be divided into facility location and distribution of vehicles combined optimization problem, characterized by the auto parts business to the market environment, transport distribution and service capabilities to build three major factors that site evaluation system, given the uncertainty in the evaluation matrix to confirm the es Tablelishment of AHP to improve and make comprehensive consideration and resolution. At the same time, and 's Tablelishing the characteristics of automotive parts logistics logistics network optimization model and solving the model, the same time, self-adaptive parameter control methods for genetic algorithms, as well as the field of adaptive search technology to make the adjustment and optimization, to make it more in line with the actual needs of . The end, the end, examples of Fengshen Logistics Company, based on models and algorithms to the entire application and inspection, to illustrate its effectiveness.