提出了一种二维快速最小熵相位补偿方法(FMEPC) [16] ,利用图像熵 和相位误差的函数关系,从求导的角度出发,得到相位误差的闭合表达式,避 免了多维空间的搜索。
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地面试验和空中试飞验证了本文提出的相位补偿方法。
The phase compensation method proposed in this paper has been demonstrated by the ground tests and the flight tests.
本文介绍了电机零位与绝对式编码器零位的相位补偿方法。
This paper introduces the electrical zero and absolute encoder zero phase compensation method.
根据电子式互感器的信号传输原理,提出了一套相位补偿方法。
A set of phase compensation methods based on the signal transfer principle of electronic transformer is presented.
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