An Approach for Discrete-Time Systems Design Using MPSM Continued Fraction Expansion Technique

Abstract

Abstract
This paper presents a new method for the design of the high-order discrete-time systems to overcome the limitations and drawbacks of some of the existing methods. It uses the Multi Point Squared-Magnitude Continued Fraction Expansion (MPSMCFE) and factorization technique for obtaining both denominator and numerator of the reduced order models. The method is extended for the design of high order systems using the reduced order model in place of original high order system to reduce the computational effort.

Keywords: Large scale systems, modeling, discrete-time systems design

Cite this Article
Sastry GVKR, Surya Kalyan G, Tejeswara Rao K. An Approach for Discrete-Time Systems Design Using MPSM Continued Fraction Expansion Technique. Journal of Instrumentation Technology & Innovations. 2017; 7(3): 11–15p.