Operational effectiveness analysis of space reconnaissance equipment from the perspective of system dynamics

Abstract

With the space reconnaissance equipment playing an increasingly important role in the process of future operations, how to effectively deal with the effectiveness of space reconnaissance equipment system has become a crucial problem. In this paper, a method for effectiveness analysis of aerospace reconnaissance equipment system from the perspective of system dynamics is proposed. The space reconnaissance equipment is divided into three subsystems according to its functions. The basic tree entry model of the reconnaissance subsystem is established by using the SD flow rate basic tree entry modeling method, and finally the SD model for the evaluation of space reconnaissance equipment is formed, and the combat effectiveness of space reconnaissance equipment system is analyzed. The simulation results show that SAR imaging reconnaissance satellite has a prominent impact on reconnaissance and surveillance capability, and electronic reconnaissance satellite plays a vital role in the whole combat process. This method can provide constructive suggestions for the future development of aerospace reconnaissance equipment system.