... Agarwal, M Bohner, P Rehak, Half -linear dynamic equations. NonlinearAnal. Appl. 1, 1–56 (2003)[8] LQ Jiang, Z Zhou, Lyapunov inequality forlinear Hamiltonian systems on time scales. J. Math. Anal. ... inequalities for discrete linear Hamiltonian systems. Comput. Math. Appl. 45, 1399–1416 (2003)[12] GSh Guseinov, A Zafer, Stability criteria forlinear periodic impulsiveHamiltonian systems. J. ... forlinear discrete time Hamiltonian systems, in Proc. fourth Int. Conf. on Dynamical Systems and DifferentialEquations, Wilmington NC, May 24–27, 2002, (Discrete and Continuous Dy-namical Systems...
... the-oretical results about cubic -time complexity, weachieved linear- time performance by smart beamsearch with prefix cost inspired by Stolcke (1995),allowing for state-of-the-art data-driven ... asshift-reduce.1Both have pros and cons: the for- mer performs an exact search (in cubic time) overan exponentially large space, while the latter ismuch faster (in linear- time) and is psycholinguis-tically ... Sweden, 11-16 July 2010.c2010 Association for Computational LinguisticsDynamic Programming for Linear- Time Incremental ParsingLiang HuangUSC Information Sciences Institute4676 Admiralty...
... interval timedelay systems, controllers design, decentralized adaptive stabilization for large-scale systems with unknown time- delay and resilient adaptive control of uncertain time- delay systems. Finally, ... Solutions of One TimeDelay System Containing Some Nonideal Relay Nonlinearities 97Alexander Stepanov Design of Controllers forTimeDelay Systems: Integrating and Unstable Systems 113Petr ... BobálDecentralized Adaptive Stabilization for Large-Scale Systems with Unknown Time- Delay 127Jing Zhou and Gerhard NygaardResilient Adaptive Control of Uncertain Time- DelaySystems 143Hazem N. Nounou and...
... construction of Lyapunov stability theory even for the timedelaysystems in that sense that asymptotic Time- DelaySystems 22 Theorem 2.1.2.4 For given constant matrix ˆˆDEA any solution ... time delay using a PID controller. We will utilize the standard notations of Control Theory, namely, G(z)stands for the plant to be controller and C(z) stands for the PID controller to be designed. ... stability problems for particular classes of linear continuous and discrete time delayed systems. Here, we present a number of new results concerning stability properties of this class of systems in...
... + −Γ − Γ=Γ>uv u u v v. Time- DelaySystems 32 2.1.2 Continuous timedelaysystems – stability over finite time interval A linear, multivariable time- delay system can be represented ... fundamental matrices of lineartime delay and non -delay systems, presented results enable an efficient procedure for testing practical as well the finite time stability of timedelay system. Matrix ... finite time and practical stability were extended to the particular class of linear continuous time delay systems. Stability sufficient conditions dependent on delay, expressed in terms of time delay...
... Continuous singular time delayed systems 3.1.1 Continuous singular time delayed systems – Stability in the sense of Lyapunov Consider a linear continuous singular system with state delay, described ... Discrete descriptor time delayed systems 3.2.1 Discrete descriptor time delayed systems – Stability in the sense of Lyapunov Consider a linear discrete descriptor system with state delay, described ... xxx (176) Time- DelaySystems 68 And finally this chapter extends some of the basic results in the area of non-Lyapunov to linear, continuous singular time invariant time- delaysystems (LCSTDS)...
... M. B. Jovanovic, (1998.c) Finite time stability analysis of lineartimedelaysystems Bellman-Gronwall approach, Proc. 1st IFAC Workshop on LinearTimeDelay Systems, Grenoble (France) July ... Switched System with Time- Varying Delay Time- DelaySystems 70 Debeljkovic, D. Lj., M. P. Lazarevic, Z. Lj. Nenadic, S. A. Milinkovic, (1999) Finite Time Stability of TimeDelay Systems, IMA J. ... analysis for switched linear and nonlinear systems with uncertainties and time- varying delay are studied. We obtain the new conditions for exponential stability ofswitched system in which subsystems...
... Switching designfor exponential stability of aclass of nonlinear hybrid time- delay systems, Nonlinear An alysis:Hybrid systems, 3,1-10.Wu, M. et al. (2004). Delay- dependent criteria for robust ... state delay, Nonlinear Analysis:Hybrid sys- tems,3,334-342.Lib, J., Lib, X. & Xie, W.C. (2008). Delay- dependent robust control for uncertain switched systems with time delay, Nonlinear ... linear switching systems with time delays, Chaos Solitons Fractals, 40, 474-480.Lien C.H. et al. (2009). Exponential stability analysis for uncertain switched neutral systems with interval -time- varying...
... processes with time delay. Int. J. Control, 58, pp. 1025-1036. Design of Controllers forTimeDelay Systems: Integrating and Unstable Systems 119 for USOTDS, SFOPITDS and UFOPITDS, where ... p1 > 0 for all τd , p0 > 0 for τd < 2τ Table 5. Controller parameters for the UFOPITDS Design of Controllers forTimeDelay Systems: Integrating and Unstable Systems 123 ... the time- delay function is known and linear. In Hua et al.(2005), the robust output feedback control problem was considered for a class of nonlinear time- varying delay systems, where the nonlinear...
... linearising controllers for nonlinear time- delay systems, IEE Proceedingson Control Theory and Applications 146: 91–97.Zhou, J. (2008). Decentralized adaptive control for large-scale time- delay ... Stabilization for Large-Scale Systems with Unknown Time- Delay Zhou, J. & Wen, C. (2008a). Adaptive Backstepping Control of Uncertain Systems: Nonsmooth Nonlinearities, Interactions or Time- Variations, ... Wang, W. (2009). Adaptive backstepping control of uncertain systems withunknown input time- delay, Automatica 45: 1415–1422.142 Time- Delay Systems 1. The nonlinear perturbation function satisfies...