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定速昇温装置のロバスト制御 : H^∞制御によるアプローチ
Robust Control for the Constant Heating Rate System (H^∞ Control Approach)
山口, 秀行
上里, 英輔
玉城, 史朗
山本, 哲彦
金城, 寛
平良, 初男
棚原, 朗
Yamaguchi, Hideyuki
Uezato, Eiho
Tamaki, Shiro
Yamamoto, Tetsuhiko
Kinjo, Hiroshi
Taira, Hatsuo
Tanahara, Akira
Thermoluminescence Dating
Control Device
Constant Heating Rate Control
Stability Mixed Sensitivity Problem
H^∞ Control
Robust Control
Thermoluminescence dating has attracted the attention of geology and archaeology researchers as a new method. This method requires a heating device to raise the temperature of the sample continuously at an exact rate. This paper describes the design method of a control system which can accomplish this goal. This control system tends to be unstable because of the existence of parameter perturbation and lag time. In this paper the perturbation and the lag time are treated as perturbations of a generalized system regarded as a one-order system. Tracking characteristics in the low-frequency domain and robust stability in the high-frequency domain of the control system are achieved using the mixed sensitivity problem which is a kind of H^∞ control theory. Experiments verify the effectiveness of this method.
論文
http://purl.org/coar/resource_type/c_6501
日本機械学会
1992-09-25
VoR
http://hdl.handle.net/20.500.12000/243
03875024
AN00187463
日本機械学会論文集. C編
Transactions of the Japan Society of Mechanical Engineers. C
553
58
69
63
jpn
open access
Copyright (c) 1992 日本機械学会