Task Command & Coordination Complexity Quantification Based on Poincaré Embedding
SONG Chenye 1, 2 HE Xiaoyuan2 GUO Shengming2 ZHOU Wan3 ZHANG Dayong 1, 2
1. Graduate School, National Defense University, Beijing 100094, China 2. Joint Operation College, National Defense University, Beijing 100094, China
3. School of Computer Engineering and Science, Shanghai University, Shanghai 201900, China
Abstract：The complexity of combat system is mostly considered, in order to quantify the spanning boundary degree of military tasks in leveraging complexity of war, a complexity concept of command &coordination of tasks is proposed and the quantification method is designed. First, the command network is embedded into a poincar佴 disk. The geodesic distance in a poincar佴 disk between the executive subject of task and its neighboring subject is calculated. Second, the coordination distance between the task and its neighboring nodes is calculated by the centrality of network weighted degree. The deduction confrontation data in real war game are used to divide the whole confrontation into four phases to verify the proposed method. The rationality and validity of the method are proved.
2023, Vol. 9 
