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Document details - SIGNAL STABILIZATION OF LIMIT CYCLING TWO DIMENSIONAL MEMORY TYPE NON LINEAR SYSTEMS BY GAUSSIAN RANDOM SIGNAL
Journal Volume 9, Issue 1, January - February 2020, Article 9432134 K.C. PATRA, N.KAR , "
SIGNAL STABILIZATION OF LIMIT CYCLING TWO DIMENSIONAL MEMORY TYPE NON LINEAR SYSTEMS BY GAUSSIAN RANDOM SIGNAL
" , International Journal of Emerging Trends & Technology in Computer Science (IJETTCS) ,
Volume 9, Issue 1, January - February 2020 , pp.
010-017 , ISSN 2278 - 6856.
SIGNAL STABILIZATION OF LIMIT CYCLING TWO DIMENSIONAL MEMORY TYPE NON LINEAR SYSTEMS BY GAUSSIAN RANDOM SIGNAL
Abstract: Quenching of Limit cycles in nonlinear
multivariable systems is a formidable task and for
memory type systems in particular. The phenomenon of
signal stabilization with random inputs has been
investigated for 2x2 memory type nonlinear self
oscillating systems. The results obtained developing a
computer programmes for a novel digital simulation
process have been substantiated by use of SIMULINK of
MATLAB.
Key words: limit cycle, nonlinear system, signal
stabilization, random inputs.