An error sensor strategy is a key step in implementing an active structural acoustic control (ASAC).
误差传感策略是实现主动结构声学控制的关键的一环。
This study also involves frequency range of the primary sound to be con-trolled, arrangement of the error sensor and' sound-controlled regions', etc.
实验还研究了消声频带，误差传感器布放位置及消声区域等问题。
A physical model of the active control of torsional wave is set up in this paper. Dinfluence of error sensor and secondary source on the optimal control results is studied.
建立扭转弹性波主动控制系统的物理模型，研究二次源、误差传感器位置对最优控制效果的影响。
To reduce influence of mounting position error, sensor static calibration and coordinate transform are implemented.
提出了通过传感器静态标定和坐标变换来减少安装误差影响的方法。
To reduce influence of mounting position error, sensor static calibration and coordinate transform are implemented.
提出了通过传感器静态标定和坐标变换来减少安装误差影响的方法。
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