Roughness of (μ1,μ2) – Dichotomies of first order Sylvester matrix

Abstract

conditions for (μ1,μ2) – dichotomy under small perturbations associated with Kronecker product Sylvester Matrix differential homogeneous System, X’ (t) =A(t)X(t)+X(t)B(t) in L∞.

Authors and Affiliations

Rachel Kezia M

Keywords

Related Articles

 Analysis and Status Indication of DVOR Equipment Using Digital Transmission

 It is well know that airports are very much habituated with radiations which results in corruption of original signals with noise. In an airport like Visakhapatnam Airport where the communication is still dependen...

 EFFECTIVE RADAR TRACKING USING ADAPTIVE KALMAN FILTER

 Radar trailing plays an important role inside the space of early warning and detection system, whose preciseness is closely connected with filtering rule. With the event of noise jam technology in sign, linear fil...

 Prediction and simulation of Chromium (VI) ions removal efficiency by riverbed sand adsorbent using Artificial Neural Networks

 In the present work removal of chromium from aqueous solution using riverbed sand as adsorbent was studied. The initial Cr (VI) concentration was varied from 10 mg/L to 100 mg/L with varying amount of riverbed sa...

 Versatile Economical Message Transfer

 This project work is to design a system which will help us to transmit text message on LCD display and audio message to the speaker using a free ware wireless protocol. This system does not use any of internet dev...

BRAIN MACHINE INTERFACE SYSETM WITH ARTIFICIAL INTELLIGENT FOR A PERSON WITH DISABILITY

Brain Machine Interface (BMI) system is very useful modus operandi for the disabled or the crippled person to express his emotions and feelings to someone else with the help of EEG signals coming out of the brain. We...

Download PDF file
  • EP ID EP101099
  • DOI -
  • Views 86
  • Downloads 0

How To Cite

Rachel Kezia M (30). Roughness of (μ1,μ2) – Dichotomies of first order Sylvester matrix. International Journal of Engineering Sciences & Research Technology, 2(2), 303-305. https://europub.co.uk/articles/-A-101099