Optimization and Communication in UAV Networks
Optimization and Communication in UAV Networks
English[eng]
direction-of-arrival estimation||unmanned aerial vehicles||UAV swarm||aperiodic arrays||MUSIC||Cramer–Rao bound||stochastic system||configuration control||multiplicative noises||dynamic model||stochastic robustness analysis and design||wireless sensor networks||unmanned aerial vehicle||mission completion time||trajectory planning||UAV secure communication||secrecy rate maximization||jamming||trajectory design||power control||sensors||data collection utility||GPS measurement||UAV||3D models||measurement precision||unmanned aerial vehicle (UAV)||cooperative communication||topology structure||complex field network coding (CFNC)||edge computing||internet of things||mobile robots||resource allocation||control co-design||data offloading||UAV-enabled computing||resource-based pricing||risk-awareness||multi-access edge computing systems||UAV fleet||energy consumption||self-organization||algorithms||optimization||UAV replacement||multiple unmanned aerial vehicles||mobile nodes||data collection||collision-free||synchronized multi-agent formation||decentralized sliding mode control||drones||wireless||swarm||communication
English[eng]
direction-of-arrival estimation||unmanned aerial vehicles||UAV swarm||aperiodic arrays||MUSIC||Cramer–Rao bound||stochastic system||configuration control||multiplicative noises||dynamic model||stochastic robustness analysis and design||wireless sensor networks||unmanned aerial vehicle||mission completion time||trajectory planning||UAV secure communication||secrecy rate maximization||jamming||trajectory design||power control||sensors||data collection utility||GPS measurement||UAV||3D models||measurement precision||unmanned aerial vehicle (UAV)||cooperative communication||topology structure||complex field network coding (CFNC)||edge computing||internet of things||mobile robots||resource allocation||control co-design||data offloading||UAV-enabled computing||resource-based pricing||risk-awareness||multi-access edge computing systems||UAV fleet||energy consumption||self-organization||algorithms||optimization||UAV replacement||multiple unmanned aerial vehicles||mobile nodes||data collection||collision-free||synchronized multi-agent formation||decentralized sliding mode control||drones||wireless||swarm||communication