Shape transformation of heterogeneous self-organizing system in response to external inluence



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Abstract

A method for synthesis of systems capable to change their forms in responses to external influence is proposed on the basis of a dynamic system of an arbitrary dimension. The model is defined via the set of categorized points on the Euclidean plane and the system dynamics is defined by the potential function, which combines an elastic loop and a self-organizing form with memory. It is shown that the designed system obtains one of the memorized forms under the external influence defined by the set of categorized points, while the subset of system points interconnects with the corresponding subset of external points if their categories matches.

About the authors

Alexander E Voronin

Samara State Technical University

магистрант, каф. автоматики и управления в технических системах; Самарский государственный технический университет; Samara State Technical University

Alexander А Yudashkin

Samara State Technical University

; Samara State Technical University

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