掲載雑誌(和):
日本地震工学シンポジウム論文集
Vol:
9-2巻
年:
1994年
頁:
2029-2034頁
著者(和):
谷 明勲, 船曳 潤, 山田 裕之, 河村 廣
タイトル(和):
フィードハック型ニューラルネットワークとファジィ理論を用いた建築構造物の最適制御システム
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抄録(和):
-
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キーワード(和):
-
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掲載雑誌(英):
PROCEEDINGS OF THE JAPAN EARTHQUAKE ENGINEERING SYMPOSIUM
著者(英):
Akinori TANI, Jyun FUNABIKI, Hiroyuki YAMADA, Hiroshi KAWAMURA
タイトル(英):
OPTIMAL CONTROL SYSTEM OF BUILDINGS BY FEEDBACK NEURAL NETWORK AND FUZZY THEORY
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抄録(英):
This paper describes an optimal adaptive and predictive control system and its digital simulations for a single-degree-of-freedom system subjected to earthquake loading. In this system, an active mass driver system and an equivalent variable mass system are employed as an active control method. Prediction of earthquake input and structural identification are performed by using feedback neural networks based on the error backpropagation method. Optimization is performed by means of maximizing decision. In maximizing decision, optimal target control variables are determined by using assumed membership functions of target responses. Results of digital simulations show the effectiveness of the proposed control system.
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キーワード(英):
-
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記事区分:
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区分
委員会論文集