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Transactions of the Institute of Systems, Control and Information Engineers Vol. 27 (2014), No. 1

ISIJ International
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ONLINE ISSN: 2185-811X
PRINT ISSN: 1342-5668
Publisher: THE INSTITUTE OF SYSTEMS, CONTROL AND INFORMATION ENGINEERS (ISCIE)

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Transactions of the Institute of Systems, Control and Information Engineers Vol. 27 (2014), No. 1

Design of Servo Systems to Attain the Given Setting Time

Yuzo Ohta, Takeshi Takiyama, Izumi Masubuchi

pp. 1-7

Abstract

In this paper, we treat 2 dimensional systems or systems which can be approximated as 2 dimensional systems. We will propose a PI control scheme of a servo system design that gives the shortest M% settling time and satisfies a percent overshoot requirement for an assigned M. The usefulness of the proposing method is demonstrated through examples.

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Design of Servo Systems to Attain the Given Setting Time

On the Bifurcation Analysis of the Stochastic Predator-prey System based on the D-bifurcation

Masaaki Ishikawa

pp. 8-13

Abstract

This research is concerned with a bifurcation analysis of a stochastic predator-prey system. The P-bifurcation (Phenomenological bifurcation) and the D-bifurcation (Dynamical bifurcation) are major analytical methods for the stochastic bifurcation. The P-bifurcation studies a stationary measure corresponding to the one-point motion, while the D-bifurcation approach is based on the stability of invariant measures. Since the P-bifurcation is based on the one point-motion, there is a possibility to miss certain branches in bifurcation. So, we study the bifurcation of the stochastic predator-prey system with help of the D-bifurcation, and analyze the influence of the random noise on the bifurcation phenomena in the proposed stochastic model.

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On the Bifurcation Analysis of the Stochastic Predator-prey System based on the D-bifurcation

Distributed Circle Fitting by an Averaging Consensus Algorithm

Yu Muranishi, Naoki Hayashi, Shigemasa Takai

pp. 14-19

Abstract

This paper considers circle fitting problems by an averaging consensus algorithm of multi-agent systems. We propose a distributed approach where each agent arranged in a plane estimates a circle that minimizes the algebraic or geometric distance to all agents. The simulation result shows that the proposed circle fitting can find the optimal circle by the distributed consensus algorithm.

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Distributed Circle Fitting by an Averaging Consensus Algorithm

Synthesis of Fixed-Structure Dynamic Quantizers by using Evolutionary Algorithm

Yuki Minami, Takao Muromaki

pp. 20-27

Abstract

This paper addresses the design problem of fixed-structure dynamic quantizers for discrete-valued input control. The problem is to find a dynamic quantizer when the dimension and the decentralized structure of quantizer are given as design specifications. In this paper, we first formulate a quantizer design problem under constraint conditions such as stability and input saturation. Then, for getting a solution to the problem, we provide a simple and useful design method with a particle swarm optimization which is one of evolutionary algorithms. Finally, we verify that the proposed method gives satisfactory fixed-structure dynamic quantizers, by several numerical examples.

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Synthesis of Fixed-Structure Dynamic Quantizers by using Evolutionary Algorithm

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