Output-feedback formation tracking control of networked nonholonomic multi-robots with connectivity preservation and collision avoidance
Author:
Publisher
Elsevier BV
Subject
Artificial Intelligence,Cognitive Neuroscience,Computer Science Applications
Reference39 articles.
1. Time-varying output formation for linear multiagent systems via dynamic output feedback control;Dong;IEEE Trans. Control Network Syst.,2017
2. Adaptive output formation-tracking of heterogeneous multi-agent systems using time-varying l2-gain design;Zuo;IEEE Control Syst. Lett.,2018
3. Practical formation-containment tracking for multiple autonomous surface vessels system;Yu;IET Control Theory Appl.,2019
4. Cooperative tracking control of multiagent systems: a heterogeneous coupling network and intermittent communication framework;Wang;IEEE Trans. Cybern.,2019
5. Target tracking for wireless localization systems with degraded measurements and quantization effects;Bai;IEEE Trans. Industr. Electron.,2018
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