... for a broad class of nonlinear parabolic partial integro-differential equations (PIDEs) was presented in Refs. [ 11 , 12 ], where the nonlinear feedback operators are constructed using Volterra series in the spatial variable. gain scheduling PDE backstepping boundary control nonlinear control...

... window. A wide range of case studies is tested in order to quantify the parametric effects of the new strategy. 25 02 2009 11 09 2010 11 02 2011 11 02 2011 control nonlinearities distributed control Lyapunov methods multi-agent systems nonlinear control systems particle...

... ∞ synthesis structure and it becomes complicated when the input saturation nonlinearity appears in the system. polytopic linear parameter varying plant H ∞ loop-shaping control linear matrix inequality gain scheduling closed loop systems control nonlinearities control system synthesis...

... 06 2008 22 09 2009 04 02 2010 04 02 2010 chaos control nonlinearities linear systems linearisation techniques nonlinear control systems observability oscillations stability state feedback fractional-order controller chaos control output and state feedback...

... 12 2009 closed loop systems control nonlinearities control system synthesis discrete time systems jet engines observers robust control time-varying systems This paper presents a robust control design methodology for aero-engines, including the development of a multimode...

.../vision/laser/lkg/lkg.php 04 12 2008 22 07 2009 03 12 2009 03 12 2009 control nonlinearities electromagnets hydraulic control equipment on-off control solenoids valves hydraulic valve analytical model electromagnetics poppet model validation Because...

... 21 05 2009 closed loop systems control nonlinearities control system analysis nonlinear control systems actuator saturation antiwindup Picard processes repetitive control Consider a discrete time system described by 1 A ( z − 1 ) y ( k ) = z...

... synthesis for this problem without the need for linearizing assumptions such as small angle approximations and omitting higher order terms. aerospace components aerospace control closed loop systems control nonlinearities discrete time systems dynamic programming linearisation techniques...

.... The controller is experimentally implemented on a three-dimensional nanopositioning stage for surface topography tracking, a problem typically encountered in scanning probe microscopy applications. 17 05 2006 23 01 2008 25 04 2008 control nonlinearities feedforward hysteresis...

..., and cavity dynamics. supercavitation feedback control switching control planing force tail slap limit cycles closed loop systems control nonlinearities control system synthesis linear systems stability state feedback time-varying systems vehicle dynamics 27 04 2006 12...

..., experimental results verified the effectiveness of the proposed approach in rejecting spatially periodic disturbances that cannot be compensated with fixed period temporal repetitive controllers. 18 07 2005 18 07 2007 29 02 2008 angular velocity control control nonlinearities control...

... output tracking performance. linear motors motor drives feedback neurocontrollers adaptive control robust control nonlinear control systems control nonlinearities observers control system synthesis machine control neural network adaptive control robust control nonlinear systems...

... on tension error is conservative, and higher performance is possible in practice. 21 10 2003 01 06 2006 winding (process) robust control nonlinear control systems control nonlinearities linearisation techniques state feedback Lyapunov methods Reel-to-reel web-winding systems...

... commensurate with the drive frequency. Figures 15c 15d show the measured z - y fiber position to display the error spread in the radial and angular directions. 07 12 2004 10 04 2006 optical scanners robust control nonlinear dynamical systems nonlinear control systems...

... machining center indicate that both contouring accuracy and tracking accuracy are achieved by applying the present PMFBC design. feedback position control observers poles and zeros control nonlinearities feedforward machining motion control control system synthesis computerised numerical control...

..., and nonautonomous system, and a multivariable controller must be designed. control system synthesis multivariable control systems nonlinear control systems aerospace control aerospace engines aerospace propulsion nonlinear dynamical systems control nonlinearities Describing Functions...

... and stiction. 13 06 2002 09 08 2004 neurocontrollers nonlinear control systems flexible manipulators open loop systems control nonlinearities stability control system synthesis manipulator dynamics In recent years, major advances and progress have been made in the area...

..., MEASUREMENT, AND CONTROL . Manuscript received by the ASME Dynamic Systems and Control Division July 1, 2003; final revision, November 11, 2003. Associate Editor: R. Gao. 01 July 2003 11 November 2003 05 08 2004 signal processing sensors nonlinear distortion control nonlinearities...

... or uncertainties. As a result tuning functions can be used to estimate unknown system parameters, which avoids over-parametrization. The overall robust adaptive scheme is shown to guarantee global uniform ultimate boundedness. adaptive control control nonlinearities controllers state feedback...

... possible operating conditions can be determined. Then a linearized model is developed and used to analyze the dynamic behavior of the PC valve. The model can then be used to evaluate and improve the design and operation of the valve for specific applications. valves flow control control nonlinearities...