Dynamics of neuro-muscular control with delayed displacement-dependent feedback (original) (raw)

World Congress of Nonlinear Analysts '92, 1996

Abstract

ABSTRACT Nonlinear second-order differential equations with delayed displacement dependent feedback arise in the setting of the control of neuro-muscular systems with electronic feedback. Here we examine the dynamics of such models of physiological parameter ranges using local stability analysis and computer simulations. The results are discussed with respect to two types of delayed feedback: 1) negative, and 2) “mixed”.

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