Cyber-physical systems including networked control systems, multi-agent systems, multi-vehicle systems, power grids and complex industrial systems, find wide applications in modern industries.However, the control and optimal design methodology of cyber-physical systems in is its infancy, which callsfor particular attention to study.In this special session, weencourageresearchersto present newtheoretical,design and implementation resultson the distributed optimizationand control for cyber-physical systemsto advance the design and analysis of cyber-physical systems.
Topics of the Session:
Cyber-physical system applications, e.g. smart grid, flight control, AUV, energy systems, etc.
Model predictive control and distributed model predictive control
Robust, cooperative and formation control of vehicle systems
Optimal, distributedand intelligent control
Robust filtering and control of networked systems
Optimization based fault-tolerant control
Optimal estimation and identification of complex systems
10月29日
2017
11月01日
2017
注册截止日期
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