AN EXTENDED METHOD FOR ORDER REDUCTION OF LARGE SCALE MULTI VARIABLE SYSTEMS
Journal Title: International Journal on Computer Science and Engineering - Year 2011, Vol 3, Issue 5
Abstract
In this paper, an effective procedure to determine the reduced order model of higher order linear time invariant dynamic multivariable systems is discussed. Numerator and denominator polynomials of reduced order model are obtained by redefining the time moments of the original high order system and the method is extended to multi variable systems. The proposed method has been verified using typical numerical examples.
Authors and Affiliations
Dr. G. Saraswathi
Web Browser Personalisation Design of a Client Side Web-page Access Prediction Mechanism
Web usage prediction has become a widely addressed topic with the huge proliferation of World Wide Web and computers. Most of the work done in this area of research is centered around prediction of what links the user is...
APPLYING DYNAMIC DEPENDENCY INJECTION TOWARDS TEST CASE REDUCTION ON DISTRUBUTED SPATIAL DATA MANAGEMENT
The transfer and retrieval of spatial data is often looked as a laborious and time consuming one, especially if the participating entities are geographically separated. With the advent of modern cutting edge technologies...
The Importance of Feature Selection in Classification
Feature Selection is an important technique for classification for reducing the dimensionality of feature space and it removes redundant, irrelevant, or noisy data. In this paper the feature are selected based on the...
A PATTERN RECOGNITION LEXI SEARCH APPROACH TO TRAVELLING SALESMAN PROBLEM WITH ADDITIONAL CONSTRAINTS
There are n cities and N = {1, 2,… n}. Let {1} be the headquarter city and the subheadquarter cities i.e.,H = {a1, a2… ah} be the subset of N. The cost array C (i, j) indicates the cost of the travelling salesman by visi...
Modified Kalman Filter-based Approach in Comparison with Traditional Speech Enhancement Algorithms from Adverse Noisy Environments
The paper presents a new speech enhancement approach for a single channel speech enhancement in a noise environment. In this method speech is mixed with real-world noises from babble, car and street environments. In this...