基于阻抗检测的经络可视化系统

发布时间：2018-06-24 19:34

  本文选题：经络可视化 + 低阻抗　； 参考：《绵阳师范学院学报》2016年11期

【摘要】：根据经络的低阻抗点穴特性,引入现实增强技术,研究一种经络的实时定位和显示的新方法,在人体体表上直接测量并在图像上绘制经络的准确位置.通过多通道经络阻抗检测仪在人体体表检测出低阻抗点,并利用代价函数筛选出具有相对低阻抗的皮肤测试点作为经络在人体体表的位置.同时在电极表面粘贴标靶,利用双目视觉系统对标靶上的角点进行定位,以间接获得经络点的空间位置.从而实现经络线与实时场景的融合,达到可视化效果,可为临床诊断和教学提供参考.
[Abstract]:According to the characteristic of point with low impedance of meridian, a new method of real-time location and display of meridian is studied by introducing the technique of reality enhancement, and the accurate position of meridian is directly measured on the body surface of human body and the exact position of meridian is drawn on the image. Low impedance points were detected on human body surface by multi-channel meridian impedance detector, and the skin test points with relatively low impedance were selected by cost function as the position of meridian on human body surface. At the same time, the target is pasted on the electrode surface, and the corner point on the target is located by binocular vision system, so that the spatial position of the meridian point can be obtained indirectly. Thus the meridian line and real-time scene can be fused and visualized, which can provide reference for clinical diagnosis and teaching.
【作者单位】： 阳光学院;福建师范大学福清分校;福州大学;
【分类号】：R224;TP391.41
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本文编号：2062683