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Systems & Control Letters, Volume 102
Volume 102, April 2017
- Khaled Bahlali, Meriem Mezerdi, Brahim Mezerdi:
Existence and optimality conditions for relaxed mean-field stochastic control problems. 1-8 - Myung-Gon Yoon:
Consensus of adaptive multi-agent systems. 9-14 - Matthew C. Turner:
Positive μ modification as an anti-windup mechanism. 15-21 - Lin Zhao, Yingmin Jia, Jinpeng Yu:
Adaptive finite-time bipartite consensus for second-order multi-agent systems with antagonistic interactions. 22-31 - Johan Markdahl, Jens Hoppe, Lin Wang, Xiaoming Hu:
A geodesic feedback law to decouple the full and reduced attitude. 32-41 - Christian Commault, Jacob van der Woude, Taha Boukhobza:
On the fixed controllable subspace in linear structured systems. 42-47 - Pierdomenico Pepe, Iasson Karafyllis, Zhong-Ping Jiang:
Lyapunov-Krasovskii characterization of the input-to-state stability for neutral systems in Hale's form. 48-56 - Brandon J. Wellman, Jesse B. Hoagg:
A flocking algorithm with individual agent destinations and without a centralized leader. 57-67 - Delsin Menolascino, ShiNung Ching:
Bispectral analysis for measuring energy-orientation tradeoffs in the control of linear systems. 68-73 - Kaihong Yang, Haibo Ji:
Hierarchical analysis of large-scale control systems via vector simulation function. 74-80 - Fengwei Chen, Marion Gilson, Hugues Garnier, Tao Liu:
Robust time-domain output error method for identifying continuous-time systems with time delay. 81-92 - Walid Djema, Frédéric Mazenc, Catherine Bonnet:
Stability analysis and robustness results for a nonlinear system with distributed delays describing hematopoiesis. 93-101 - Quanxin Zhu, Feng Jiang, Hui Wang, Bao Wang:
Comment on "Stability analysis of stochastic differential equations with Markovian switching" [Systems & Control Letters 61 (2012) 1209-1214]. 102-103 - Yijing Xie, Zongli Lin:
Global optimal consensus for multi-agent systems with bounded controls. 104-111 - Qingbin Gao, Nejat Olgaç:
Stability analysis for LTI systems with multiple time delays using the bounds of its imaginary spectra. 112-118
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