Research And Implementation Of Battlefield Fuel Istributidon Decision-support System

The greatest feature of information war is the logistics and information becomethe core resources in battlefield environment, this feature determines which one’sdependence on materials is higher and higher, also for military goods and materials,especially oil-supplies-emergency-security put forward higher request. Oil suppliesare often compared to "black blood" of modern war, the collection, storage,distribution, transportation which can directly affect the military struggle of thebattle.This paper is based on the fully realized informationization at present stageoperational objectives for traction.ITt’s closely around the army supplies especiallyoil supplies distribution transportation problem. Battlefield fuel distribution supportsystem is mainly based on the battlefield conditions responsible for the formation ofoil distribution center and undertake tasks fuel supply and distribution, to the combatunits to provide oil security, etc. Wartime material distribution, especially theefficiency of the oil distribution determines the success or failure of the entire battle.Therefore, this topic mainly aimed at the current situation of oil field distributionprocess, the wartime military oil distribution scheme analysis of the constraints andoptimization objective set up oil field distribution model, and puts forward specificalgorithm, for our oil field distribution to provide a scientific and reasonablesolution.First, this paper introduces the oil field distribution of the related concept,characteristic and architecture, this paper briefly introduces the optimal locationselection theory, the optimal path of the center of several related algorithms anddesign requirements, and expression forms of oil field distribution model.Secondly, this paper puts forward two kinds of distribution center locationmodel based on terrain: plains and mountain models. Some plain model: the centerof gravity-tangent circle algorithm according to the distribution, the location of theobject, USES the gravity method and map the distribution of the weight center of gravity, this center as the initial round, radius to extend outward expansioncoefficient, eventually forming the n-tier tangent circle; The tangent circle is addedto the candidate focus location center, according to the evaluation system of function,choose the optimal solution. Mountain model USES a contour method: fetching inmountainous terrain contour curve, calculates the contour inside the area, accordingto the actual situation of distribution center to add constraint conditions, eligiblecandidate focus region join the location center, according to the evaluation system offunction, choose the optimal solution.Finally, combining with the field forces oil supplies distribution under thecondition of actual situation, through to the transportation time, transportationdistance and security through the probability limit players and weight aggregateprocessing, are used to evaluate alternative routes decision-making utility function.Built during the war with the time and capacity constraints, considering thebattlefield path loss rate of the fuel distribution, the optimal path the model case andverify model is put forward.