| Throughout the local wars happened in recent years such as Libya war, we know that war situation is usually decided by air defense began. Therefore, the research of combat air defense weapon of is very important. Considering the key development trend of anti-aircraft artillery in the future, this paper will focus on the air defense efficiency analysis self-propelled guns.Considering the uncertainty and sudden of field civil air defense, the method of general analytic method is difficult to describe the command combat process of air defense. And taking real test is restricted by time, space and research investment, and other aspects of the war.Based on this, this paper based on air defense weapon artillery combat unit as the research object, the system engineering theory and method, based on discrete event systems modeling simulation method and OODA decision ring thought, combined with the existing simulation platform and the environment, open air defense weapon to fight the coordination of the modeling and simulation research. This article mainly and the research content includes:(1) Analyzing the collaborative efficiency, and the analysis of the coordination effectiveness were summarized and researched. Describe OODA decision ring thought and DEVS formal description method effectively.(2) Put forward a modeling method based on the theory of DEVS to air defense of anti-aircraft gun battle. Fully combining of OODA rings, establish a coupling DEVS simulation model of self-propelled guns combat unit.(3) Basing on the Queuing theory, line up modeling discrete event systems to weapons air defense operations process.(4) Establish a scenario of self-propelled guns air defense, combined with the combat background of both red and blue air defense against, simulate and analyse the case.In this paper the key research is modeling simulation method of air defense weapon to collaborative operational effectiveness, with an emphasis on the collaborative simulation modeling of the formal description. The analysis of the operational efficiency of the self-propelled guns provides a theoretical and practical significance. |
