Research On Multi-Agent Modeling And Simulation Of Pol Efficiant Support To Wartime MID

It is required in modularized battle grouping of information warfare that accurate accessing to support resources,requirements and states,precisely controlling support process,achieving support in real time,site and amount are in truth in motorized infantry division POL support.To build POL support information platform in dynamic open network is the critical infrastructure to improve support efficiant.It is of great value and pratical significance that using technology of Agnet to model and simulate the structure and marshalling of POL support and exploring POL support model in response to information warfare enhance logistics support efficacy and improve decision-making effect.This paper analysises the gap between current situation and requirements of information warfare of motorized infantry division tactical POL support,proposed the ideas that to build flat command structure and to organize grouping modular POL support forces and to implement direct delivery efficiant support from source to teminal.Then we decompose the target entity and analysis role model using MAS modeling method and build five Agent models using MAS modeling tools and decompose main workflow.Finally this paper test the simulation of the model that build on the Jadex platform which based on BDI model and the test result show the feasibility and effectiveness of the model.The proposing of motorized infantry division modular POL support grouping which based on three floors of command,support and user can improve battlefield POL support benefit-cost ratio and reduce redundant link support process.It is a beficial exploration on the road that our army towords POL efficiant support.The implementation of end to end delivery direct support mode can show the end-demand in real time and improve the response of command structure and enhance the POL support process speed fundamentally.It plays an important role and practical significance in enhancing intelligence of logistics information systems and promoting logistics theoretical that using Agent model based BDI to simulate POL efficiant support process.