In this paper, a signal processing algorithm based on ideal EOG profile is proposed to extract the position data where a saccade occurred from the noisy and non-linear drifts included EOG signals.
提出了一种基于理想EOG曲线的处理算法从包含噪声和非线性漂移的EOG信号中提取扫视运动发生时眼球的位置数据。
To laser spot center positioning algorithm as object of study, compiled the procedure of spot diagram collected images with detecting system automatically change into spot position data.
以激光光斑中心定位算法作为研究对象，编写了将检测系统采集到的光斑图像自动转化成光斑位置数据的程序。
This algorithm can obtain the crossline position parameters using the inherent characters of crossline register marks and via the statistics difference image data or information.
该算法利用十字线图像的固有特征，通过统计差值图像信息，获得十字线的位置参数。
On the further research of quick sort algorithm and position computing algorithm, the latter one is improved and optimized, thus more effective in data processing.
本文在进一步研究快速排序法和位置计算法的基础上，对位置计算法进行了改进，使程序得到了优化，从而提高了运行效率。通过上机实验，获得满意的效果。
On the further research of quick sort algorithm and position computing algorithm, the latter one is improved and optimized, thus more effective in data processing.
本文在进一步研究快速排序法和位置计算法的基础上，对位置计算法进行了改进，使程序得到了优化，从而提高了运行效率。通过上机实验，获得满意的效果。
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