... and to optimize the responses through updating the transfer function coefficients. model reduction differential evolution effective independence distribution vector (EIDV) system realization SREM technique Eigenvalue mode shape closed loop systems differential equations eigenvalues...

... assignment by using the matrix Lambert W function-based approach to meet time-domain response specifications (Sec. 4 ). delay-differential systems differential equations eigenvalues and eigenfunctions linear systems matrix algebra robust control time-domain analysis transient response...

... 05 2007 12 05 2008 approximation theory closed loop systems eigenvalues and eigenfunctions nonlinear systems observers piecewise linear techniques reduced order systems stability The design of state observers is an essential step toward the synthesis of high-performance...

... to relax. High power HEV batteries, however, may become solid state transport limited in as little as 5 s ( 19 ). To capture these disparate time scales, we approximate dynamics from steady state to f c = 10 Hz . 23 05 2006 24 04 2007 11 01 2008 eigenvalues...

... structural model and the electrostatic model. Several interesting observations that were encountered in this development will also be discussed. 10 05 2005 05 09 2006 micromechanical devices micromirrors optoelectronic devices genetic algorithms finite element analysis eigenvalues...

..., causality, and eigenvalue clustering in a specified region. An example is given to demonstrate the applicability of the proposed sufficient conditions. 26 10 2004 27 04 2006 delays robust control eigenvalues and eigenfunctions discrete time systems discrete singular time-delay...

... Eigenvalue ,” Syst. Control Lett. 0167-6911 , 45-1 , pp. 1 – 7 . 23 08 2006 10 01 2006 eigenvalues and eigenfunctions discrete systems variable structure systems observers closed loop systems state feedback position control disc drives hard discs matrix algebra...

... response tracking eigenvalues and eigenfunctions The problem of tracking a known reference without overshooting is of great practical importance in a number of applications. Examples include cruise missiles operating in a terrain following mode, where overshoot of the prescribed trajectory would...

... 14, 2003; final revision, August 11, 2003; Associate Editor: A. Alleyne. 14 April 2003 11 August 2003 12 04 2004 compressors proton exchange membrane fuel cells fuel cell vehicles observability eigenvalues and eigenfunctions Fuel cell stack systems are under...

... by the ASME Dynamic Systems and Control Division March 30, 2001; final revision February 14, 2003. Associate Editor: C. D. Rahn. 30 March 2001 14 February 2003 29 01 2004 parameter estimation flexible structures transfer functions sampled data systems eigenvalues...

..., 2002; final revision, December 27, 2002. Associate Editor: N. Manring. 30 January 2002 27 December 2002 18 09 2003 stability compressors aerospace engines feedback bifurcation nonlinear control systems eigenvalues and eigenfunctions The notations in this paper...

... by the ASME Dynamic Systems and Control Division October 29, 2001; final revision, January 23, 2003. Associate Editor: Y. Chait. 29 October 2001 23 January 2003 18 09 2003 robot dynamics robot kinematics stability eigenvalues and eigenfunctions tracking damping position control...

... systems asymptotic stability eigenvalues and eigenfunctions convergence In recent years, time-delay systems have been an active area of research (see, e.g., 1 2 3 4 5 6 7 8 9 ). This is due to theoretical interests as well as to a powerful tool for practical system analysis and control...

... discrete time systems tracking robust control feedback feedforward transfer functions closed loop systems eigenvalues and eigenfunctions Discrete Sliding Mode Control Reaching Law Tracking Control Feedforward Control Robust Control There are two basic problems in machine tool...

... Editor: S. Fassois. 07 February 2001 stochastic systems modal analysis vibration measurement vibrational modes parameter estimation eigenvalues and eigenfunctions The application of system identification to vibrating structures yielded a new research domain in mechanical...

... Karhunen-Loeve transforms eigenvalues and eigenfunctions partial differential equations Natural convection is an important mechanism of heat and mass transfer in many industrial processes such as energy storage in large containers, reactor safety and reactor waste storage, solar collectors...

... received by the Dynamic Systems and Control Division January 21, 2000. Associate Editor: E. Fahrenthold. 21 January 2000 large-scale systems distributed parameter systems elasticity matrix algebra eigenvalues and eigenfunctions duality (mathematics) This paper addresses...

... eigenvalues and eigenfunctions large-scale systems delay systems matrix algebra Riccati equations To derive the main results, we need the following lemma. The study on the stability analysis for both simple and large-scale time-delay systems has received considerable attention over...

.... observers matrix algebra eigenvalues and eigenfunctions state-space methods feedback The technique we use in this work is close to Friedland 9 . A more general result is obtained: the poles of observer and controller can be not only interchanged as in Friedland 9 but arbitrarily shuffled...

... criteria spectral analysis eigenvalues and eigenfunctions feedback vibration control numerical analysis optimal control The general solution to Eqs. ( 5a ) and ( 5b ) is (8) ϕ x = A 1 e μ 1 x + A 2 e μ 2 x + A 3 e μ 3 x...