Recent results on singular perturbations are surveyed as a tool for model order reduction
and separation of time scales in control system design. Conceptual and computational …

This chapter addresses the time-optimal control system, where the performance measure is
the minimization of the transition time from initial state to any target or desired state. It also …

This paper discusses typical applications of singular perturbation techniques to control
problems in the last fifteen years. The first three sections are devoted to the standard model …

Many realistic engineering systems are large in dimension and stiff for computation. Their
analysis and control require extensive numerical algorithms. The methodology of singular …

The latest in organic electronics-based sensing and biotechnology Develop high-
performance, field-deployable organic semiconductor-based biological, chemical, and …

This paper discusses typical applications of singular perturbation techniques to control
problems in the last fifteen years. The first three sections are devoted to the standard model …

Recent results on singular perturbations are surveyed as a tool for model order reduction
and separation of time scales in control system design. Conceptual and computational …

The singular perturbation theory developed by Kokotovic et al. is applied to the distributed
parameter system described by a set of parabolic differential equations involving a …

The closed-loop optimal control of a singularly perturbed system with fixed-end-point
conditions results in a special matrix Riccati equation. A singular-perturbation method is …

ABSTRACT The Direct Current Motors (DC motors) are comprehensively used in various
industrial applications such as electrical equipment, computer peripherals, robotic …