The Third Asian Beach Games Logistics Delivery Scheme Optimization

Along with social progress and economic development, sporting events has also been an unprecedented development, events have been expanding, the corresponding event related logistics demand is growing. Event Logistics is a necessary condition for the smooth progress of events, event-scale expansion of the logistics for the event has put forward higher requirements. Event Logistics is a huge project, event management and service assurance is an important part of the success of major sports events is the key.For simultaneous round-trip distribution, can be used independent distribution and joint distribution of two ways. Independent distribution management is relatively simple, while the use of joint distribution can effectively reduce the total distance distribution, this section will be joint distribution for the independent distribution and related models in two ways to build and comparing quantitative analysis conclusions drawn.Can be learned from the above description, the joint distribution refers to the division of a division in the adjacent receiving supplies ready to play, just another contest period in the recycling of materials, battery car division in removing the material after unloading cargo directly to the Division recycled materials shipped back to the warehouse. Features for logistics and distribution division, logistics and distribution division for the ABG model optimization, logistics and distribution division under the ABG characteristics established independent distribution model, the joint distribution model, and design verification model case, the use of LINGO9.0solve the model by comparing analysis found that the independent distribution mode distribution of electric cars the day a total distance of408kilometers, the joint distribution mode distribution of electric vehicles a total distance of336kilometers, the joint distribution mode electric vehicle driving distance lower than the independent distribution mode72km, shorten the distance ratio reached18.6%, folly embodies the advantages of a joint distribution model. Through numerical examples to prove joint distribution model is superior to the independent distribution model, the application of joint distribution model can be achieved for ABG logistics optimization.