... rez, H.: Sliding Modes, -modulators, and Generalized Proportional Integral Controlof Linear Systems Asian Journal ofControl 5, 467475 (2003) A Generalized PI SlidingMode and PWM Control 213 ... A Generalized PI SlidingMode and PWM Control 211 PWM Control Trajectory Tracking for a Switched Heating Radiator System Consider the same fractional order switched model of the Electric Radiator ... Generalized PI SlidingMode and PWM Control 207 and uav = 0.1803 av The modulation implementation of the average feedback controller for the switched system is simply accomplished by means of, e =...
... adaptive control systems, they include techniques such as selftuning control, H-infinity control, model referencing adaptive control and slidingmode control, Studies also include the use of non-linear ... circuit will occur Table 3.1 PWM control T1 Vcontrol ≥ Vtri Vcontrol < Vtri T2 T3 T4 ON OFF OFF ON OFF ON ON OFF Electric motors and power systems 23 In sinusoidal-PWM control schemes, there are two ... open-loop control systems 4 Neural and Fuzzy Logic Controlof Drives and Power Systems (E) The method of generating the control pulses: • Single-channel control systems • Multi-channel control...
... diagram of an SRM drive system used in motion control applications 1.2 Problem Definition A typical motion control system operates either in position control, velocity control or torque controlmode ... an inner torque control loop The accuracy of the outer loop depends on the bandwidth and accuracy of the inner loop controller Hence, torque control is at the heart of a motion control system ... torque with prediction of the torque model derived from exponential flux-linkage model, variations of model coefficients are fitted with polynomials 48 2.13 Matching of measured static torque...
... học Kỹ thuật, Hà Nội, 2001 [4] Arnim Herbig, On load Flow Control in Electrical Power Systems, Stockholm, 2000 [5] Carson W Taylor, Power System Voltage Stability, 1994 [6] Darren Redfern, Colin ... Matlab•5Handbook, Springer [7] Satish Maram, Hierrachical Fuzzy Controlof the UPFC and SVC located in AEP’s Inez Area, Master of Sciences in Electrical Engineering, 2003 ... hiệu dụng điện áp dây định mức - Reactive power limits [Qc(Mvar>0), Ql(Mvar
... K D Young, “Applications ofslidingmode to constrained robot motion control, ” in Proc Amer Contr Conf., 1988, p 912 [9] M W Spong and M Vidyasagar, Robot Dynamics and Control New York: 1989 [10] ... Zhou, “Force/motion controlof constrained robots using sliding mode, ” IEEE Trans Automat Cont., vol 37, no 5, May 1992, pp 668-672 [2] J J E Slotine and W Li, Applied Nonlinear Control Englewood ... force/motion control ofconstrained robots using sliding mode, ”IEEE Trans Automat Contr.,vol 39, p 179, Jan 1994 [2] N H McClamroch and D Wang, “Feedback stabilization and tracking of constrained...
... approximability ofslidingmodecontrol system Optimization 53, 641–654 (2004) A Comprehensive Analysis of Chattering 43 Appendices Proof of Theorem Step A There exists a sequence of time instants ... Nonlinear Control Systems, 3rd edn Springer, Berlin (1995) 21 Levant, A.: Sliding order and sliding accuracy in slidingmodecontrol Int J Contr 66, 1247–1263 (1993) 22 Levant, A.: Higher order sliding ... Analysis of Second Order SlidingMode Algorithms in the Frequency Domain IEEE Trans Aut Contr 49, 946–950 (2004) Boiko, I., Fridman, L.: Analysis of Chattering in Continuous Sliding- Mode Controllers...
... order slidingmodecontrol IEEE Trans Aut Contr 43, 241–246 (1998) Fridman, L., Levant, A.: Higher order sliding modes In: Perruquetti, W., Barbot, J.P (eds.) SlidingModeControl in Engineering Control ... condition of non-existence of periodic motion of finite frequency in a SM system (chattering) is therefore the condition of absence of points of intersection of the LPRS and of the real axis (except ... Analysis of Closed-Loop Performance for SlidingModeControl Systems x0 = Ax0 + Bu0 ˙ Cx0 = 63 (27) In (27), u0 is the equivalent control The non-reduced-order model can be used for analysis of some...
... Structure Systems, SlidingMode and Nonlinear Control Lecture Notes in Control and Information Sciences, vol 274 Springer, New York (1999) Misawa, E.A.: Discrete time slidingmode control: The linear ... 2000 Asian Control Conference, Shanghai, China (2000) 11 Koshkouei, A.J., Zinober, A.S.I.: Slidingmodecontrolof discrete–time systems ASME Journal of Dynamic Systems, Measurement, and Control ... differentiation and output-feedback control International Journal ofControl 76, 924–941 (2003) 14 Wang, B., Yu, X., Chen, G.: Discretization behaviors ofslidingmodecontrol systems with matched uncertainties...
... uniqueness of the slidingcontrol law u∗ or existence of the equivalent control, moreover s is allowed to depend on t as well Often the sliding manifold is reached at points of a restricted part of it, ... weakening of the assumption f ∈ C is also possible Regularization of Second Order SlidingModeControl Systems 15 Sliding Error Estimates In this section we consider slidingmodecontrol systems ... first and second order sliding methods Regularization of Second Order SlidingModeControl Systems First Order Approximability: Definitions and Results We consider slidingmodecontrol problems x...
... achieve better control system performance under various control environments In the first part of the thesis, five different slidingmodecontrol schemes are proposed (1) A slidingmode controller with ... by developing new slidingmodecontrol schemes, integrating slidingmodecontrol scheme with other control 11 CHAPTER INTRODUCTION strategies and applying slidingmodecontrol schemes to real system ... acquisition of the equivalent control signals is imperative in the slidingmodecontrol However, the existence of system perturbations prevents the possibility of direct acquisition of the equivalent control...
... editions of InTech Books and Journals can be found at www.intechopen.com Contents Preface Part Chapter IX SlidingModeControl in Power Electronics SlidingModeControl and Fuzzy SlidingModeControl ... Application ofSlidingModeControl to Friction Compensation of a Mini Voice Coil Motor 203 Shir-Kuan Lin, Ti-Chung Lee and Ching-Lung Tsai Part SlidingModeControlof Robotic Systems 219 Chapter 12 Sliding ... Non-Adaptive SlidingMode Controllers in Terms of Inertial Quasi-Velocities 255 Przemyslaw Herman and Krzysztof Kozlowski Part Selected Applications ofSlidingModeControl Chapter 15 Force/Motion Sliding...
... Explanation of the sliding- modecontrol 28 SlidingModeControl 2.2 Mathematical description Fig.4 displays the circuit used to make the analysis ofslidingmodecontrolof the inverter The power ... Series Active Power Filter with SlidingModeControl 37 to achieve a modeof the slidingmodecontrol in a certain range of a change of the output variable In order to be such a mode, the following ... point of view of the slidingmode control, 30 SlidingModeControl it is good the value of U d to be chosen bigger Of course, the value is limited and has to be considered with the properties of...
... operation mode to 61 SlidingModeControl for Industrial Controllers implement the desired control One of the tools to implement this modeof operation is slidingmodecontrol A block diagram of possible ... ofslidingmodeControlSlidingmodecontrol is a control method in changing structure control system Compared with normal control, it has a switching characteristic to change the structure of ... structures of the studied systems are presented and a dynamic model of the overall system is given in a state space 88 SlidingModeControl model The controlof the whole system is based on nonlinear sliding...
... different DFIG model is considered to conceive the controlof each of those two cases, and a rst-order sliding- mode controller is accordingly synthesized for each of them 114 SlidingModeControl In ... Second-Order Sliding- ModeControlof a Wind Turbine-Driven Doubly-Fed Induction Generator 111 and power control, at the instant of connecting the DFIG stator to the grid, is then tackled Adaptation of ... behavior of a battery The Thevenins circuit is one of the most basic circuits used to study the transient behavior of battery is shown in figure 11 Fig 11 Thevenins model SlidingModeControlof Fuel...
... feedback PI controlof the field oriented control technique for better performance Basically, the slidingmodecontrol objectives consist mainly of the following steps: 158 SlidingModeControl 3.1 ... advances of the power electronics technology and the availability of cheap and fast computation One of the most intriguing aspects ofslidingmode is the discontinuous nature of the control action ... New York, USA Levant, A (1993) Sliding order and sliding accuracy in slidingmode control, International Journal ofControl 58(6): 1247–1263 Ogata, K (2001) Modern Control Engineering, Prentice...
... Fig Response ofslidingmode reduced order speed control with measured speed 175 SlidingModeControlof DC Drives Figure depicts the response ofslidingmode reduced order speed control with ... current controller The slidingmode controller has been already employed in the inner current loop thus, if we were to use another slidingmode controller for speed control, the output of speed controller ... minimization A slidingmode controller is used in (Pan, J et al (2005)) to control the position of a two-dimensional (2D) switched reluctance planar motor An approximate slidingmode input power controller...
... the dynamic equation of z is z = x2 − x2 g ( x2 ) z (8) Slidingmodecontrol law The key technique ofslidingmodecontrol is to find a sliding surface in which any value of the state x1 will ... responses of the slidingmode controller with various c1 Finally, we are interested in the chattering phenomenon ofslidingmodecontrol The chattering parasitizes in the response of the sliding ... sliding surface S = The states driven by the controller of Eq (11) will go out of and back to 212 SlidingModeControl the sliding surface, since the term associated with sgn(S) changes the control...
... of second-order slidingmode controller, the super-twisting slidingmode controller (STSMC), making possible to obtain an explicit relation for the controller design parameters 238 SlidingMode ... super-twisting controller is designed in an effort of minimizing the power losses Finally some comments conclude this chapter Slidingmodecontrol The slidingmodecontrol is a well documented control ... Super-Twisting SlidingMode in Motion Control Systems Control Systems Super-Twisting SlidingMode in Motion Fig Schematic diagram of the Pendubot 3.1 Mathematical model of the Pendubot The equation of motion...
... Robust Controlof Robot Manipulators IEEE Transactions on Automatic Control, Vol.37, No.11: 1782-1786 Part Selected Applications ofSlidingModeControl 15 Force/Motion SlidingModeControlof Three ... 740-754 Non-Adaptive SlidingMode Controllers in Terms of Inertial Quasi-Velocities 277 Herman, P (2005a) Slidingmodecontrolof manipulators using first-order equations of motion with diagonal ... model of the slider-crank mechanism FB X 296 SlidingModeControl x C max x C joint2 x CM β θ joint3 R φ joint1 Fig The physical model of the quick-return mechanism 297 Force/Motion Sliding Mode...
... slidingmodecontrolSlidingmodecontrol techniques have long been recognized as a powerful robust control method (Hangos et al., 2004; Levant, 2001; Sira-Ramirez, 2002) Slidingmodecontrol ... represents the attitude of the pursued vehicle so that Automatic Space Rendezvous and Docking using Second Order SlidingModeControl 311 Why higher order slidingmodecontrol HOSM control is an emerging ... Second-Order SlidingMode AIAA Journal of Guidance Control and Dynamics Vol 29, No pp 617-623 C Tournes, Y.B Shtessel (2007) Automatic Docking using Second Order SlidingModeControl Proceedings of the...