采用图像边缘检测和图像跟踪算法对获得的关节数字图像进行了图像处理和分析。
Edge detection and tracking algorithm for image are used to process and analyze the acquired digital image of arthrosis.
此外，运用边缘检测、轮廓提取和轮廓跟踪等算法将CT图像进行边缘以及轮廓的处理。
Besides, the algorithms of edge detection, contour extraction and contour trace have been adopted in ct imaging processing.
针对相关跟踪实时性差和误差累积问题，提出了基于边缘检测的自适应相关算法。
This paper describes adaptive correlation tracking based on edge detection to overcome the time-consuming and cumulated errors in correlation tracking.
论文利用边缘检测和椭圆拟合技术，实现了视线跟踪系统中，红外人眼图像瞳孔中心检测的功能。
This paper detects eye pupil center in the infrared images using the edge detection and ellipse fitting, to support the research of eye-tracking system in the future.
与其他大多数人体跟踪算法不同，我们采用的是基于颜色和边缘信息的人体检测和跟踪算法。
The algorithm here is different from other human tracking algorithm, and based on the color and edge information.
主要论述了采用图像边缘检测和图像跟踪算法对采集的关节镜图像进行图像处理和分析的过程。
In this paper, the image edge detection and image edge trace algorithms used to processing and analysis arthroscopic image are discussed.
主要论述了采用图像边缘检测和图像跟踪算法对采集的关节镜图像进行图像处理和分析的过程。
In this paper, the image edge detection and image edge trace algorithms used to processing and analysis arthroscopic image are discussed.
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