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研究了高层建筑受风作用的多输入多输出自适应控制设计方法，将随机激励和观测噪声等维化后建立了控制系统的自回归滑劫平均（ARMA）模型，导出了向前d步最优预报及控制律方程，根据多输入多输出自适应控制方程，进一步导出了高层建筑受地震作用的单输入单输出自适应控制方程，给出了高层建筑受风与地震作用的统一自适应控制设计细节及仿真分析
A multi-input multi-output adaptive control design method for high-rise buildings subjected to wind was studied. After randomizing the excitation and observation noise, an ARMA model of the control system was established and the forward d-step was derived. Based on the multi-input and multi-output adaptive control equations, the advanced predictive and control law equations have been further derived for a single input/single output adaptive control equation for high-rise buildings affected by earthquakes, and a unified adaptive control for the effects of wind and earthquake on high-rise buildings has been given. Design details and simulation analysis