1- https://doi.org/10.1109/cscwd.2017.8066745
Real-time 3D collaborative satellite orbit design system based on message queue and P2P structure
- Apr 1, 2017
- Hongjun Zhu +3 more
The design of satellite orbit usually requires several space scientists that are responsible for different aspects of satellite orbit, such as orbital elements, satellite attitude. In order to make the result of design more intuitive and understandable to every involved space scientist and improve the efficiency of satellite orbit design, a real-time collaborative satellite orbit design system is developed. By introducing P2P structure, this system can be deployed in a local area network without the installation of backend server. By adopting message queue, the system can avoid potential inconsistency caused by the concurrent operation by different space scientists. Through this system, space scientists can easily exchange their designs for the satellite orbit in the local area network. Also, this system could guarantee the confidentiality of satellite orbit design and the fluency of network connection.
- # Space Scientists
- # Real-time Collaborative System
- # Local Area Network
- # Collaborative Design System
- # P2P Structure
- # Satellite Orbit
- # Real-time Orbit
- # Message Queue
- # Concurrent Operation
- # Orbital Elements
