The Modeling And Optimizing Of Motorized Artillery Force's Maneuver

Since the united of multiple forces'attack under informatization, the firepower is from all force categories. But artillery is still the main firepower for assault from the ground. Therefore the capability of artillery's maneuver and anti-maneuver is very important for gaining the initiative and advantage on the Warfield. The extensive implementation of the accurate maneuver on the battles will be inevitable requirement for artillery's maneuver under IT war. So it is very important and necessary to make quantified and qualitative analysis for the whole process of artillery's maneuver through professional military modeling. This will provide the scientific and reliable basis for the decisions and command for all commanders.Based on the requirement of executing the mission of Artillery forces maneuver, this thesis focuses on the research of the capabilities of motorized artillery's maneuverability,the deployment of maneruve and the route of maneuver,,The main summarized as follows:(1) Combined with the establishment system of artillery forces, this thesis established the quantitative assessment model of the artillery weaponry maneuverability by using mathematical calculation method and interpolation method, which provides the basis for studying the most critical problems, the optimal deployment scheme of maneruve and route of maneuver, in two maneuverable artillery forces.(2) Combined with the frequently-used method of the index standardization and the index weight determination in auxiliary decision-making, influencing factors of route of maneuver are analyzed in detail, and the thesis optimizes route of maneuver by using the dynamic programming method.(3) Based on the qualitative analysis of the maneuverable deployment scheme, this thesis establishes an algorithm of select the deployment scheme based on the time limit, while applying the entropy technique and linear assignment method to establish the model of the optimized maneuverable deployment scheme in order to achieve the optimal plan.The evaluation and optimization model of the thesis, based on such quantitative analysis, several illustrations of these models are given to validate the practical conclusions which are arrived at by analysis above. The conclusions can be a reference to the current Artillery groups.