... 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...

... equations eigenvalues and eigenfunctions linear systems matrix algebra robust control time-domain analysis transient response A primary goal for control engineers is to maintain the stability of a system, an essential requirement, while achieving good performance to meet response...

... 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 state controllers for flexible link...

... in which optimal eigenvalues and residues are found numerically. The grouped models give near-optimal performance with roughly 1 ∕ 20 the computation time of the full order models and require 1000–5000 times less CPU time for numerical identification compared to the optimization procedure. eigenvalues...

... structural model and the electrostatic model. Several interesting observations that were encountered in this development will also be discussed. micromechanical devices micromirrors optoelectronic devices genetic algorithms finite element analysis eigenvalues and eigenfunctions Model updating...

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

... LQR Technique With a Preset Real 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...

..., where tool overshoot could compromise tolerances or destroy the product. state feedback step response tracking eigenvalues and eigenfunctions 03 August 2003 03 12 2004 Contributed by the Dynamic Systems, Measurement, and Control Division of THE AMERICAN SOCIETY...

... 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...

... flexible structures transfer functions sampled data systems eigenvalues and eigenfunctions laminates convergence vibrations Accurate modal parameter estimation is important in real-time dynamic structural control and health monitoring of flexible structures. These modal parameters have...

... control systems eigenvalues and eigenfunctions Axial flow compressors are key components of turbine-based aeroengines. The engine performance could be adversely affected by rotating stall and surge, which are aerodynamic instabilities induced by nonlinear bifurcation of operating points 1...

... impedance errors, which may lead to “contact instability” 8 9 —the same problem which impedance control has been designed to overcome. robot dynamics robot kinematics stability eigenvalues and eigenfunctions tracking damping position control mechanical variables control 29 October...

...-2213-E-214-008. The author would also like to thank Prof. J. G. Hsieh and anonymous reviewers for their helpful comments and interesting discussions. continuous time systems delay systems asymptotic stability eigenvalues and eigenfunctions convergence In recent years, time-delay...

... revision, July 2002. Associate Editor: E. Misawa. 01 April 2001 01 July 2002 10 03 2003 variable structure systems discrete time systems tracking robust control feedback feedforward transfer functions closed loop systems eigenvalues and eigenfunctions Discrete...

... Realization Algorithm (ERA) is equivalent to stochastic subspace identification. 07 February 2001 stochastic systems modal analysis vibration measurement vibrational modes parameter estimation eigenvalues and eigenfunctions Many textbooks exist that give an extensive overview...

... accurate as well as efficient. 30 October 2000 distributed parameter systems heat transfer boundary-value problems optimal control natural convection Karhunen-Loeve transforms eigenvalues and eigenfunctions partial differential equations Natural convection is an important...

... large-scale systems distributed parameter systems elasticity matrix algebra eigenvalues and eigenfunctions duality (mathematics) This paper addresses the analysis and realization of an arbitrarily specified compliance dominated spatial admittance through the use of a mechanism constructed...

... Systems and Control Division October 31, 1999. Associate Editor: P. Voulgaris. 31 October 1999 evolutionary computation asymptotic stability eigenvalues and eigenfunctions large-scale systems delay systems matrix algebra Riccati equations The study on the stability analysis...

... . Manuscript received by the Dynamic Systems and Control Division September 1, 1999. Associate Technical Editor: E. Misawa. 01 September 1999 observers matrix algebra eigenvalues and eigenfunctions state-space methods feedback In this paper, the SISO systems with dynamic output...

... , where λ and ϕ x are eigenvalues and eigenfunctions, respectively, and (5b) γ = κ 2 − ν 2 1 Schematic of a constrained translating beam with mixed boundary conditions Under an applied tension P , an Euler–Bernoulli beam of mass per unit length ρ...