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A new level measurement method based on acoustic standing wave

机译:一种基于声学驻波的新水平测量方法

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A new level measurement method based on acoustic standing wave is presented. Firstly, the system model about the frequencies of the acoustic standing waves is established and Kalman Filter is used to preprocess the standing wave frequency. It will increase the accuracy of level measurement by reducing the influence of environment noise and measurement error, which are usually ignored by most of acoustic level measurement methods. Secondly, the new conversion technique can be given to calculate the level height with estimates of standing wave frequencies from Kalman Filter. And it can overcome the strict limitation about frequency range in existing classical method. Moreover, the experiments show the proposed method effective.
机译:提出了一种基于声学驻波的新水平测量方法。首先,建立关于声波的频率的系统模型,并且卡尔曼滤波器用于预处理驻波频率。通过降低环境噪声和测量误差的影响,它将提高水平测量的准确性,这些测量误差通常被大多数声学电平测量方法忽略。其次,可以给出新的转换技术,以计算来自卡尔曼滤波器的常设波频率的级别高度。它可以克服关于现有经典方法的频率范围的严格限制。此外,实验表明了所提出的方法有效。

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