Different types of wireless ad hoc network nodes are assigned to various units, enabling the rapid construction of a highly reliable, highly mobile, robust, and interference-resistant wireless broadband network with beyond-line-of-sight transmission without relying on any fixed facilities. This distributed network, upon power-on, can quickly and dynamically establish multi-hop ad hoc networks based on the actual electromagnetic environment. Its decentralized nature ensures that even if a single node is destroyed, the entire network can still self-heal and function normally.
Through the broadband wireless ad hoc network, information nodes in each unit can achieve information sharing, situational awareness, real-time consultation, instant task allocation, and command issuance, thereby realizing integrated collaboration among units and real-time, efficient command.
Through the interconnection of all-IP ad hoc network nodes with other heterogeneous communication networks, an "air-ground-space" gridded communication network is created. Command information nodes comprehensively command and coordinate the actions of each unit, and each information node promptly uploads and reports the situation. Simultaneously, airborne nodes can serve as high-altitude coverage enhancement nodes for the wireless ad hoc network, further expanding the radius of vision and providing units with updates and situational forecasts. In addition, the command information node enables information exchange and sharing between the front and rear lines and remote command and control through interconnection with the satellite system.
