Leader–Follower Consensus of Linear Multiagent Systems With Magnitude and Rate Saturation and an Active Leader
Pengyuan Li, Faryar Jabbari, Xi‐Ming Sun
Abstract
This article investigates the regional stability and performance of antiwindup compensation for the leader–follower consensus problem of linear multiagent systems, where the leader is subject to nonzero control input and external disturbance, and each follower is subject to magnitude and rate bounded input, as well as external disturbance. First, a distributed dynamic output feedback is proposed for the unconstrained case, which establishes an invariant set, based on the peak-to-peak approach. Next, a static antiwindup compensator is applied to ensure regional stability and performance when magnitude and rate saturation are encountered.
Topics & Concepts
Control theory (sociology)Bounded functionSaturation (graph theory)Magnitude (astronomy)Compensation (psychology)Invariant (physics)Computer scienceLinear systemMulti-agent systemDisturbance (geology)Stability (learning theory)MathematicsControl (management)Artificial intelligencePhysicsPaleontologyMathematical physicsMathematical analysisPsychoanalysisAstronomyBiologyMachine learningCombinatoricsPsychologyDistributed Control Multi-Agent SystemsNeural Networks Stability and SynchronizationStability and Control of Uncertain Systems