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H_∞ CONTROLLER DESIGN OF MIXED EIGENSTRUCTURE ASSIGNMENT AND H_∞ FILTER FOR FLEXIBLE STRUCTURE VIBRATION CONTROL

机译:柔性结构振动控制的混合特征结构H_∞控制器设计和H_∞滤波器

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This paper presents a new H_∞ controller design approach of mixed eigenstructure assignment and H_∞ filter for flexible structure vibration control problem. The new approach not only realizes the desired system dynamic response in the time domain through the choice of a state feedback gain using eigenstructure assignment, it also guarantees the performance specifications in the frequency domain by constructing an H_∞ filter for the generalized plant to estimate the system state variables. The design approach is straightforward and more effective in tackling the spillover problem for vibration control of flexible structures. The performance of the new approach is further validated via numerical simulation of the vibration control of a cantilever beam bonded with piezoelectric actuator and sensor.
机译:针对柔性结构的振动控制问题,本文提出了一种新的混合特征结构和H_∞滤波器的H_∞控制器设计方法。新方法不仅通过使用本征结构分配选择状态反馈增益在时域上实现所需的系统动态响应,而且还通过构造用于广义工厂的H_∞滤波器来估计频域的性能指标,从而保证了频域的性能指标。系统状态变量。该设计方法简单明了,在解决柔性结构振动控制的外溢问题方面更为有效。通过对与压电致动器和传感器结合的悬臂梁的振动控制进行数值模拟,可以进一步验证新方法的性能。

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