Abstract :
The following topics are dealt with: adaptive control; stability and control of time-delay systems; aerospace applications; agent networks; filtering and observer design; stability and control of hybrid and singular systems; networked control systems; tracking; stability of delay systems; UAVs and flight control; agents and autonomous systems; estimation; linear matrix equality methods; control over networks; chaotic systems and synchronisation; H2/H-infinity methods; control applications; iterative learning control; biomedical systems; neurofuzzy systems; robust control and uncertain systems; chemical processes; fault detection and identification; sensing techniques; nonlinear control; brain machine interfaces; fuzzy system control; predictive control; fault estimation and diagnosis; complex systems and sensor networks; output feedback; neural networks; linear systems; model predictive control; system identification and systems biology; optimal designs; distributed parameter systems; autonomous robots; robotics and machine learning; computational methods; discrete event systems; mechatronics and signal processing; electrical machines and power systems; optimisation algorithms; and sliding mode control.
Keywords :
aerospace control; artificial intelligence; control systems; control theory; failure analysis; fuzzy systems; identification; industrial control; linear matrix inequalities; robots; stability; tracking; H2 methods; Hinfin methods; UAV; adaptive control; aerospace applications; agent networks; autonomous systems; biomedical systems; brain machine interface; chaotic systems; chemical processes; complex systems; delay systems; discrete event systems; distributed parameter system; electrical machines; estimation; fault detection; fault diagnosis; fault estimation; fault identification; filtering; flight control; hybrid systems; industrial applications; iterative learning control; linear matrix inequality methods; linear systems; machine learning; mechatronics; model predictive control; networked control systems; neural networks; neurofuzzy systems; nonlinear control; observer design; optimal designs; optimisation algorithms; output feedback; power systems; predictive control; robotics; robust control; sensing techniques; sensor networks; signal processing; singular systems; sliding mode control; stability; synchronisation; system identification; systems biology; time-delay systems; tracking; uncertain systems;
Conference_Titel :
Asian Control Conference, 2009. ASCC 2009. 7th
Conference_Location :
Hong Kong
Print_ISBN :
978-89-956056-2-2
