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首页> 外文期刊>Vision Research: An International Journal in Visual Science >Decoding 3D search coil signals in a non-homogeneous magnetic field.
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Decoding 3D search coil signals in a non-homogeneous magnetic field.

机译:在非均匀磁场中解码3D搜索线圈信号。

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摘要

We present a method for recording eye-head movements with the magnetic search coil technique in a small external magnetic field. Since magnetic fields are typically non-linear, except in a relative small region in the center small field frames have not been used for head-unrestrained experiments in oculomotor studies. Here we present a method for recording 3D eye movements by accounting for the magnetic non-linearities using the Biot-Savart law. We show that the recording errors can be significantly reduced by monitoring current head position and thereby taking the location of the eye in the external magnetic field into account.
机译:我们提出了一种在较小的外部磁场中使用磁搜索线圈技术记录眼球运动的方法。由于磁场通常是非线性的,因此在动眼研究中,除了在中心的一个相对较小的区域外,未将小场框架用于头部不受约束的实验。在这里,我们介绍一种通过使用Biot-Savart定律解释磁性非线性来记录3D眼动的方法。我们表明,通过监视当前的磁头位置并因此考虑到眼睛在外部磁场中的位置,可以大大减少记录错误。

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