Research On Evaluation And Selection Of Third Party Logistics Service Providers Based On System Coordination

The paper mainly studies the evaluation and selection of the third-party logistics service providers in enterprise logistics outsourcing.Establishes the multi-objective evaluation and selection model of single logistics service providers and the evaluation model of multi-logistics service providers based on system coordination,and gives the solution method of the model.On the basis of the model,the paper analyses the actual situation of the enterprise and develops the evaluation and decision-making basis for the enterprise managers to select third-party logistics service providers.The main research work of the paper is as follows:Firstly,aiming at the evaluation and selection of single logistics service providers,the weight of each sub-index under its comprehensive index is determined by grey relational analysis method,then the multi-objective evaluation model is established and solve by improving multi-objective particle swarm optimization algorithm.Then the evaluation and selection of third-party logistics service providers in enterprise K is analyzed as an example.Secondly,for the evaluation and selection of multi-logistics service providers,the evaluation model of logistics service providers based on system coordination is constructed by introducing the idea of system coordination on the basis of single logistics service providers evaluation model.Then,taking enterprise K as an example,the evaluation results of the two models are compared and analyzed,which verifies the scientificity of the evaluation idea of logistics service providers based on system coordination.Finally,according to the general characteristics of the evaluation and selection of third-party logistics service providers,the paper designs the functional structure of logistics service providers selection decision support system platform,and develops the logistics service providers selection decision support system using the software and hardware condition and key technologies of the system development.