合肥学院学报:自然科学版
閤肥學院學報:自然科學版
합비학원학보:자연과학판
Journal of Hefei University :Natural Sciences
2012年
1期
51-53
,共3页
支持向量机%半主动控制%变阻尼器%地震
支持嚮量機%半主動控製%變阻尼器%地震
지지향량궤%반주동공제%변조니기%지진
support vector machine%semi-active control%variable dampers%earthquakes
针对半主动变阻尼器建立了地震作用下多层建筑结构基于支持向量机(SVM)的半主动控制算法.首先,运用动力缩聚法建立多层建筑结构模型,利用LQR原理获得LQR控制器;然后,构造SVM模型,通过机器学习、离线训练使其兼作控制系统状态观测器和控制器.
針對半主動變阻尼器建立瞭地震作用下多層建築結構基于支持嚮量機(SVM)的半主動控製算法.首先,運用動力縮聚法建立多層建築結構模型,利用LQR原理穫得LQR控製器;然後,構造SVM模型,通過機器學習、離線訓練使其兼作控製繫統狀態觀測器和控製器.
침대반주동변조니기건립료지진작용하다층건축결구기우지지향량궤(SVM)적반주동공제산법.수선,운용동력축취법건립다층건축결구모형,이용LQR원리획득LQR공제기;연후,구조SVM모형,통과궤기학습、리선훈련사기겸작공제계통상태관측기화공제기.
Employing semi-active variable dampers, the support vector machine (SVM) based semi-active control algorithm is proposed in the present paper for seismic multistory building structures. Firstly, the LQR controller for the model of a multistory structure formulated using the dynamic dense method is obtained by use of the LQR control theory. Then, a SVM model, which is used as the control system observer and controller, is designed and trained to emulate the performance of the LQR controller.