Abstract
An analog circuit which models an infinite-dimensional dynamical system is described. It provides an easy and rapid way to simulate periodic and chaotic behaviors in a delay differential equation, the Mackey-Glass mathematical model. Several methods of controlling unstable steady states are considered. Analog techniques for stabilizing non-zero stationary point in the Mackey-Glass system are developed.
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Schedule a callMore From: International Journal of Bifurcation and Chaos [In Applied Sciences and Engineering]
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