A high-efficiency frequency synchronization scheme for low Earth orbit satellite communications based on dynamic game theory.
Wen LiuWei CaiLizhe LiuDongdong WangWenliang LinKe WangZhongliang DengYaohua DengDa WanZewen DongJunhe HuPublished in: Int. J. Satell. Commun. Netw. (2024)
Keyphrases
- game theory
- high efficiency
- game theoretic
- remote sensing
- high accuracy
- mechanism design
- cooperative
- orbit determination
- nash equilibrium
- multi agent systems
- fictitious play
- multi agent learning
- real and synthetic datasets
- resource allocation
- chaotic systems
- nash equilibria
- public goods
- dynamic environments
- density based clustering
- solution concepts
- earth observation
- boolean games
- human computation
- decision theory
- statistical physics
- clustering algorithm
- learning algorithm