Evaluation of Autonomous Capability of Ground Attack UAV Based on Hierarchical Analysis Method

Abstract

In view of the lack of an autonomous capability evaluation system for ground-attack UAVs in China, this paper establishes an evaluation method for the autonomous ground-attack capability of UAVs based on OODA-loop theory and carries out research on the evaluation of autonomous capability based on hierarchical analysis, which is well solved and verified in the process of calculation, test, and simulation. The autonomous capability evaluation system and the calculation method based on the hierarchical analysis method proposed in this paper are confirmed to have the advantages of intuition, simplicity, science, high efficiency, and easy modifiability in the solution process, which can reflect the level of autonomous evaluation capability of ground-attack UAV intuitively and comprehensively and can provide theoretical support for the quantitative evaluation of the autonomous capability of medium and large UAVs.