2003The Proceedings of Conference of Kansai BranchOpen access

Suppression Control of Inverse Response for A Multi-Agent Type Non-Minimum Phase System

Makoto Katoh

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Abstract

First of all, the 2^ or 2^ approximated non-minimum phase objects were requested, it limited as the agent system in this thesis. We obtained an analytical solution on the amount and the over-shoot time of an inverse-response. Then, a strategy of the inverse-response suppression control by the adjustment of inherent parameters was requested about it. Next, if an inverse-response of the worst damping agent was suppressed in the case of those parallel multi agents systems, it was shown that it was enough for them.

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First of all, the 2^ or 2^ approximated non-minimum phase objects were requested, it limited as the agent system in this thesis. We obtained an analytical solution on the amount and the over-shoot time of an inverse-response. Then, a strategy of the inverse-response suppression control by the adjustment of inherent parameters was requested about it. Next, if an inverse-response of the worst damping agent was suppressed in the case of those parallel multi agents systems, it was shown that it was enough for them.

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Available abstract

First of all, the 2^ or 2^ approximated non-minimum phase objects were requested, it limited as the agent system in this thesis. We obtained an analytical solution on the amount and the over-shoot time of an inverse-response. Then, a strategy of the inverse-response suppression control by the adjustment of inherent parameters was requested about it. Next, if an inverse-response of the worst damping agent was suppressed in the case of those parallel multi agents systems, it was shown that it was enough for them.

Key concepts: Inverse, Minimum phase, Control theory (sociology), Phase (matter), Inverse system, Control (management), Inverse problem, Mathematics

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