事件触发通信
《Observer-Based Spacecraft Formation Coordinated Control via a Unified Event-Triggered Communication》,Yongxia Shi, 2021:期望状态局部可知主从式编队,使用状态观测器观测领航者速度。分布式事件触发条件,控制器包含质量信息。 《Attitude Coordination Control for Spacecraft With Disturbances and Event-Triggered Communication》Chenliang Wang,2021:期望状态局部可知主从式姿态编队,使用扰动观测器测量扰动,状态观测器观测领航者姿态信息,分布式事件触发条件,控制器包含转动惯量信息。 《Attitude-orbit coupled sliding mode tracking control for spacecraft formation with event-triggered transmission》Ruichao Fan,2020,期望状态全局可知,使用对偶四元数对编队系统建模,分布式事件触发条件,控制器很复杂。 《Event-triggered coordinated control for multiple solar sail formation flying around planetary displaced orbits》Lei Liu ,2021:太阳帆航天器编队,主从式,假设所有从航天器知道主航天器位置,分布式事件触发通信,控制器包含质量信息。 《Adaptive time-varying formation control ofuncertain Euler–Lagrange systems with event-triggered communication》,Jiang Long:这个针对的是拉格朗日系统编队,不是航天器编队。期望状态全局可知,分布式事件触发通信,使用RBF神经网络拟合系统中的不确定非线性项和扰动。 《Distributed adaptive event-triggered control for attitude synchronization of multiple spacecraft》Chuang Xu,2019:解决的是多航天器姿态同步跟踪控制问题,期望状态全局可知,分散式事件触发通信方案,控制器包含转动惯量信息。 《Event-triggered fault tolerant control for spacecraft formation attitude synchronization with limited data communication》Hang Yi,2019:期望状态全局可知,分布式触发条件,控制器不含转动惯量信息,容错控制 《Event-Based Formation Coordinated Control for Multiple Spacecraft Under Communication Constraints》Qinglei Hu,2021:期望状态全局可知,分布式触发条件,控制器包含质量信息 《Event-Triggered Group Attitude Coordinated Control of Multi-spacecraft System with Directed Topology》Shaolei Zhou,2022:水 《Event-Driven Connectivity-Preserving Coordinated Control for Multiple Spacecraft Systems With a Distance-Dependent Dynamic Graph》Yongxia Shi,2021:解决了多航天器距离保持问题
事件触发控制
《Multi-spacecraft attitude cooperative control using model-based event-triggered methodology》Chengxi Zhang,2018:考虑了多航天器姿态稳定问题,时间通信,事件触发条件只与自身状态有关,事件触发控制器,控制器不含转动惯量信息。 《Event-triggered sliding mode attitude coordinated control for spacecraft formation flying system with disturbances》:Fu-Qiang Di,2021:期望状态全局可知,有点集中式触发条件的味道,看不懂,水,控制器含转动惯量信息。 《Leader-Following Event-Triggered Adaptive Practical Consensus of Multiple Rigid Spacecraft Systems Over Jointly Connected Networks》Tianqi Wang,2021:时间触发通信,解决的是航天器姿态一致性问题,控制器是事件触发。 《Event-based coordinated control of spacecraft formation flying under limited communication》Qinglei Hu,2019:期望状态全局可知,事件触发通信,事件触发控制,两个触发条件一样。控制器包含质量信息,且不需要邻居的速度信息
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