Small-Gain Type Sufficient Conditions for Sampled-Data Feedback Stabilization for Autonomous Composite Systems

Small-gain type sufficient conditions are established guaranteeing weak global asymptotic stabilization for composite autonomous systems by means of a sampled-data feedback. Our main result generalizes the well known Small-Gain Theorem for global asymptotic stability for composite systems with no controls, under the presence of the input-to-state-stability. The sufficient conditions we propose enable us to derive a set of algebraic sufficient conditions for the existence of a sampled-data feedback stabilizer with zero-order hold. The work is a continuation of author's work published in same journal.