System Introduction
A smart mesh network that utilizes brand-new Ad Hoc network wave forms and protocol structure. The network features high network data throughput, high counter-interference, stability and security, and represents a broad prospect for applications in the communication sector.
Scenarios
Air to Air Coordinated Communication
The network provides fast and seamless broadband connections between manned and/or unmanned aircrafts, and enables real time sharing of field situation information, co-operation thru coordinated actions, coordinated decision making and quick mission execution.
Air to Ground Coordinated Communication
System allows for access by manned / unmanned aircrafts and vehicles / personnel on the ground. System supports fast change of network topography and enables parallel data transmission among multiple nodes.
Multiple ground Ad Hoc networks that are in motion may be connected thru an airborne node as communication relay.
Ground to Ground Coordinated Communication
An Ad Hoc network may be quickly formed by deploying wireless nodal equipment on vehicles or personnel on the ground and aircrafts (manned or unmanned) in the air. The intelligent routing technologies make it possible for network, whose nodes may be moving, to converge and stabilize. System allows for interactive communications between multiple nodal pairs simultaneously.
Vehicle Fleet Communication
There is need for vehicle and vehicle communication when vehicle fleet marches in series in exercise field. The system ensures high bandwidth transmission and compatibility among core link and nodes by way of multiple hopper balance.
Communication Coverage Extension
In the event that task aircraft fleet get beyond command center, airborne nodes may be added to provide communication coverage extension to ensure reliable and real time communications between task aircraft fleet and the command center.
