1) profile quantization step
轮廓量化步距
2) Vector contour
矢量化轮廓
3) contour vectorization
轮廓矢量化
1.
The calibration algorithm is proposed based on the property of the line scanning,and a contour vectorization algorithm is developed.
针对计算机硬盘弹性臂薄片零件的尺寸检测,采用线阵工业相机扫描获取待检零件图像,根据扫描特性提出了标定算法,同时提出了一种轮廓矢量化算法。
2.
Then the angle parameters of edge detection parts are obtained by adopting the contour vectorization algorithm,and a comparison of them with the given ones is carried out to evaluate the quality of the inspecting system.
根据获取的图像特性,交互式地选择检测区域,对检测区域采用中值滤波和Canny算子检测物体的轮廓;提出了一种交互式的边缘点搜索新方法,将经过边缘检测的图像进行轮廓矢量化得到待检物体角度参数,并与给定的设计参数进行比较,判断物体的形状误差。
4) mutual distance of contour
轮廓互距离
6) profile measurement
轮廓测量
1.
D profile measurement is a powerful tool for obtaining the form and structure of an object.
三维物体表面轮廓测量是获取物体形态特征的一种重要手段。
2.
The author uses new measurement method——profile measurement of 3-D object using neural network,implements the profile measurement.
采用一种新的测量方法——用人工神经网络测量三维物体的轮廓,完成了对物体的轮廓测量。
3.
A new type of synthesis sensor for profile measurement is presented.
该传感器具有较大量程和较高分辨率等特点,可应用于表面轮廓测量系统中。
补充资料：轮廓
轮廓
构成图形或物体外缘的线条或事物的概况。在医学上可通过问诊，和体格检查了解疾病，脏器以及肿块的轮廓。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条