Process modeling of area air defense and anti-missile based on OODA-BPMN

Aiming at the problems of low control accuracy and low execution efficiency of air defense anti-missile concentrated fire shooting strategy, this paper studies the process mapping and execution method of air defense anti-missile concentrated fire based on the combination of OODA loop and BPMN. Firstly, the concentrated fire shooting model is established, and BPMN model of concentrated fire shooting process is built according to OODA loop Theory, then the process model is executed by Cloud Native Command and Control platform, and the execution efficiency and control precision of the model are analyzed. Compared with the traditional concentrated fire shooting scheme, the concentrated fire shooting process modeling with OODA-BPMN and Cloud Native theory has the characteristics of module replaceable, high control precision, fast response and multi-instance parallel execution.