磁気記録評価装置用変位拡大位置決め制御機構の機構形状とコントローラの統合化設計(機械力学,計測,自動制御)

概要

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This paper discusses the integrated design of structural shape and controller of high-speed positioning actuators for magnetic recording test stands. To allow highly flexible shape design of the mechanism for the positioning actuator and to improve the calculation efficiency in the structural shape optimization, this paper proposes an integrated design method in which a structural shape is defined like as a skeleton and meats and a genetic algorithm is used to search the combination of the skeleton and meats for obtaining better performance of the closed loop system in iterative design procedure. The iterative optimization procedure includes the shape and the controller updates. It is shown in design examples that the proposed integrated design method can improve the performance of the positioning actuator according to the performance indices, and the effect is verified.
社団法人日本機械学会の論文
2006-07-25