Modeling and Simulation of Manned and Unmanned Cooperative Reconnaissance and Surveillance Scenario Based on DoDAF

Due to the advantages of improving system operational effectiveness, the manned and unmanned cooperative operational methods are increasingly being applied in modern battlefields. However, in complex scenarios, the information interaction between manned aircraft and unmanned aerial vehicles can lead to issues such as poor timeliness and low efficiency in resource scheduling. Constructing an architecture framework for manned and unmanned system based on DoDAF to design the top-level structure of the system can solve the problem of poor system interoperability. In this paper, We propose a method of constructing a DoDAF model for the scenario and verifying the logical consistency of the system task architecture. We design an information exchange process for manned and unmanned cooperative reconnaissance scenario and verify the logical self-consistency of the process to improve system interoperability. In addition, We apply the STK tool to construct a scenario visualization model, which more intuitively reflects the information interaction relationship of the system in multiple domains, to further jointly verify the logical correctness of information interaction.