1) Pixel distance
像素距离
1.
The filter,which combines the properties of Gaussian filter and Gradient Inverse Weighting Filter,takes simultaneously the space distance and pixel distance into account,so as to choose the pixels and their weights for local smoothing.
为克服上述缺点,引入了自适应高斯滤波器,它结合了高斯滤波器和梯度倒数加权滤波器的特点,同时考虑了图像局部的空间距离和像素距离,以确定参与局部平滑的像素及其权值。
2) maximum character pixels distance
最大字符像素距离
3) range image
距离图像
1.
In view of deficiencies of Canny algorithm in processing range image of light detection and ranging,such as generating many false edges,losing weak edges and lacking objectivity in threshold determination,an adaptive method is proposed in this paper.
针对Canny算法处理机载激光雷达距离图像时出现过多伪边缘、丢失弱边缘信息以及阈值确定方法缺乏客观性等不足,文中提出一种自适应的边缘检测方法。
2.
The research presented in this paper is focused on segmentation of range image captured by vehicle-borne laser scanning systems.
对车载激光扫描系统获取的距离图像的分割进行研究,提出利用投影点密度进行距离图像分割的方法。
3.
3 D vision information based on range image can be used to accomplish obstacle detection and terrain analysis efficiently.
三维视觉是ALV的关键技术之一,利用基于距离图像的三维视觉信息可以有效地实现障碍物检测和地形分析。
4) range image
距离像
1.
Method for 3-D objects recognition base on phase-encoded range images;
基于距离像位相编码的三维物体识别
2.
One of the most important contents about coherent imaging laser radar range image processing is suppressing the background.
相干激光成像雷达距离像处理的一个重要内容就是进行背景抑制。
3.
In the radar system that can obtain one dimensional range image of the target by using STRECTH pulse compression,all kinds of system errors lead to the increase of the side lobe level and broadening of the main lobe,thus degrading the image.
在以去斜方法进行脉冲压缩来获得目标一维距离像的雷达系统中,由于存在多种系统误差,使得脉冲压缩后的压缩脉冲旁瓣升高,主瓣展宽,影响了一维像的质量。
5) distance image
距离图像
1.
A hierarchical filtering algorithm for processing distance images;
距离图像的分层滤波处理算法
2.
The distance images and intensity images can be given by the software.
仿真系统参数的输入尽可能考虑了实际系统的各种参数要求,实现了强度图像和距离图像的仿真、存储。
6) range image
距离影像
1.
The range image is abstracted from the original data and then the height texture is used for assisting classification.
介绍了一种基于点云数据生成距离影像,而后引入对比度纹理辅助的点云数据建筑物快速提取方法。
补充资料:传感器像素
影像传感器上有许多感光单元,它们可以将光线转换成电荷,从而形成对应于景物的电子图像。而在传感器中,每一个感光单元对应一个像素(Pixels),像素越多,代表着它能够感测到更多的物体细节,从而图像就越清晰。要提高图像的清晰度,除了在影像处理方面做出提高以外,增加传感器的感光单元的数量即提高传感器像素也是一个主要的办法。
现在市面上主流的摄像头大都是采用30万像素,即在传感器中一共有大约30万个感光单元。与之对应的成像分辨率为640×480(即等于307200个像素)。
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