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In future anti-tank combat, a higher requirement was presented due to the complexity of the battlefield environment and advanced technology of hostile armored forces. Commanders must solve the problems such as the rational allocation of existing anti-tank firepower according to the insult strength and battlefield environment, and the target allocation decisions in the course of combat. Both anti-tank combat and anti air raids process has the characters of the service process and can be described with queuing theory. Recently, many scholars studied the application of queuing theory in military systems such as anti-tank combat, air defense system operational process and the ship's air defense system, and accomplished some fruitful works [1-4]. However, these models did not consider the change of the service system in the course of combat caused by counterwork, and did not adjust the operational capability of the new system. Based on stochastic process theory and anti-tank combat theory, the combat effectiveness model compatible with the anti-tank combat process was established. Based on the model, the operational effectiveness of the combat scenario in which the vehicle-mounted anti-tank missiles and wheeled anti-tank assault guns construct the anti-tank defense system was computed, furthermore, weapon lose and other parameters with the troops and configuration changes was studied also.

Model of Gun-missile Anti-tank Operational Efficiency based on Bidirectional Queuing Theory