Abstract:

Focused on the Russian-Turkish plane incident at the end 2015, a rapid modeling and simulation analysis framework is established based on the model-driven methodology, which can provide rapid modeling and decision analysis support for the emergency judgement of similar military confrontation and disputes. More specifically, scenario modeling, executable logical analysis, and visualized simulation technologies are employed for static architecture modeling, dynamic behavior analysis, and simulation validation. Meanwhile, ModelLink, a self-developed rapid meta-model customized multi-view modeling tool, integrated with other third-party analysis and simulation software packages forms a tool-cross model generation, analysis, and interoperation chain. It receives the input froms ModelLink, and supports the quick model change and response. For the Russian-Turkish plane incident, open-source information from Russian, Turkish and others is first used to build two basic scenario models. Then, the comparison on analysis results of different models verifies the rationality and reality of the details of both sides’ statements. Moreover, the foregoing framework also facilitates the model modification and output generation with regard to the information update.