1. Emergency Response Wireless Ad-hoc Network Communication Scenario: In the event of natural disasters, when public network signals disappear or weaken, it is crucial to immediately establish a wireless transmission communication network for the command and control teams to transmit the on-site situation to the command center. The center then remotely controls the situation through a dispatching and command system; the field can be networked using emergency communication command vehicles, individual ad-hoc network devices, airborne ad-hoc network equipment on robots, portable command boxes, and other terminal devices.
2. Fire Emergency Communication Wireless Ad-hoc Network Scenario: During a fire, when rescuing within the building, the on-site situation needs to be transmitted back to the temporary command center via ad-hoc network devices. Individual soldiers equipped with ad-hoc network devices can interconnect, and also connect with the emergency command vehicle at the front. In cases where personnel cannot access the area, emergency operations can be conducted using ad-hoc network devices carried by robots. The remote command center coordinates and controls the situation through a multimedia command and dispatch system.
3. Exercise Operational Wireless Communication Ad Hoc Network Scenario: Generally, exercise or combat sites are situated in remote and complex environments. To meet the demand for an integrated air-ground network, multi-form wireless ad hoc network devices are strategically deployed. This includes ad hoc network nodes for drones in the air, vehicle-mounted nodes on the ground, and individual soldier nodes for interconnectivity.
4. Wireless Ad-hoc Network Coverage for Port and Forest Landscapes: In special environments, there is a need for ad-hoc network equipment to provide wireless network coverage. By deploying multiple ad-hoc network control balls, a mesh topology is formed, along with ad-hoc network repeaters for data transmission and real-time monitoring of the on-site situation.
5. Application scenarios for self-organized network in other special operations: For instance, during power line inspections, the self-organized network is utilized to establish connections. Inspectors, equipped with intelligent devices, seamlessly link up with the network, enhancing management levels while effectively safeguarding personnel safety. The overall efficiency of the inspection process is improved and refined through wireless communication technology.
