2002•The Proceedings of Conference of Kanto BranchOpen access

The parametrization of all stabilizing controllers for certain class of non-minimum phase time-delay systems and application to bilateral control

Noriyuki Iida, Naoki Kudou, Kou Yamada

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Abstract

In the present paper, we examine the parametrization of all stabilizing controllers for certain class of non-minimum phase time-delay system and application to bilateral control. A parameterization of all stabilizing controllers for linear minimum phase was studied by Yamada. First, we expand the result by Yamada and give the parametrization of all stabilizing controllers for certain class of non-minimum phase time-delay systems. Finally, using the parametrization of all stabilizing controllers, a design method of bilateral control systems is proposed.

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In the present paper, we examine the parametrization of all stabilizing controllers for certain class of non-minimum phase time-delay system and application to bilateral control. A parameterization of all stabilizing controllers for linear minimum phase was studied by Yamada. First, we expand the result by Yamada and give the parametrization of all stabilizing controllers for certain class of non-minimum phase time-delay systems. Finally, using the parametrization of all stabilizing controllers, a design method of bilateral control systems is proposed.

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Available abstract

In the present paper, we examine the parametrization of all stabilizing controllers for certain class of non-minimum phase time-delay system and application to bilateral control. A parameterization of all stabilizing controllers for linear minimum phase was studied by Yamada. First, we expand the result by Yamada and give the parametrization of all stabilizing controllers for certain class of non-minimum phase time-delay systems. Finally, using the parametrization of all stabilizing controllers, a design method of bilateral control systems is proposed.

Key concepts: Parametrization (atmospheric modeling), Minimum phase, Control theory (sociology), Class (philosophy), Phase (matter), Control (management), Mathematics, Computer science

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