Modeling and Analysis of Integrated Combat Network System Based on VOODAC
Zhongyun Wan, Yonggang Li, Zhizhong Zhang · 2019
With the rapid development of network science, Integrated combat network system (ICNS) based on network information have become the mainstream of modern military warfare. The military combat system is formed by different entities connected by information, and the combat network can be abstracted into a heterogeneous network. It is of great military value to study the functionality of heterogeneous networks and the affordability of topologies. This paper applies the OODA (Observe Orient Decider Action) ring to the combat network and proposes the concept of valid OODA chain (VOODAC). The combat network model determines the distributed position of the command and control nodes by using the reverse order heuristic algorithm, and sensor(S) and influence(I) nodes according to a certain ratio. While classifying the nodes and edges, we use the iterative method to calculate the value of VOODAC, Finally, the theoretical and practical consistency is obtained through the simulation, which can prove the correctness of our theory. Through our analysis and simulation, the network topology structure we propose can be used in the combat network appropriately.