Weapon System Performance Evaluation And Simulation

The self-propelled guns system takes in the battlefield the main force weapon, is decided that the war victory and defeat the key aspect, the modern self-propelled guns system's development is an extremely complex project, has the technological advance, the wasting assets to be huge, development cycle long and so on characteristics, to guarantee that the army obtains the high efficiency the self-propelled guns armament system, it is necessary in self-propelled guns development each stage, the use related method and the technology carries on the potency appraisal to the self-propelled guns system.The paper introduced the efficacy evaluate's process, summarized establishment indicator system's each principle, based on this has analyzed the self-propelled guns system's composition and the function, has established the self-propelled guns armament system efficacy evaluate indicator system.The paper has conducted the thorough research and the exploration regarding efficacy evaluate in appraisal method, to the analytic hierarchy process in a kind of information incomplete matrix's question, proposed that take traversal all possibilities as the foundation, take certain request as the constraints, seeks for judgment matrix which tallies, has given one new process information incomplete matrix method, and has carried on the simulation computation.The paper has studied based on the gradation appraisal method, has made the improvement to the central point albinism weighting function law, after pointing out existing central point albinism weighting function insufficiency proposed the improvement method, and has carried on the simulation computation.Finally, the method which unifies using the analytic hierarchy process and the improvement central point albinism weighting function law, carries on the efficacy evaluate specifically to several self-propelled guns systems, the analysis comparison appraisal result, has confirmed to the AHP law and the central point albinism weighting function law improvement validity and the feasibility.