1) evolutive image
深化图像
2) depth image
深度图像
1.
A method for retrieval of 3D model of components was proposed based on depth images,in which the similarity between two components was computed through comparisons of their corresponding projected images from three directions.
提出了一种基于深度图像的三维零件模型的检索技术,通过比较模型在三个方向上的投影图像来进行零件本身的相似距离计算。
2.
With a new adaptive stratified filtering method for the depth image based on Z-buffer, the concept of 3-D mask is proposed.
采用对深度图像自适应分层滤波方法，提出三维掩模的概念，基于Z－buffer把深度图像分解成若干个不相交的子图像，通过对子图像的滤波与合成，降低算法的复杂度，并使滤波后的误差控制在给定范围内，为计算机渲染算法提供了一种新的后期处理途径，并可应用于景深与运动模糊的模拟。
3.
An effective method of depth image based rendering is proposed by applying texture mapping onto virtual but pre-defined multiple planes in the scene,called virtual planes.
首先推导与归纳了图像三维变换中像素深度场的变换规律,同时提出了基于深度场和极线原则的像素可见性别方法,根据上述理论和方法,提出一种基于深度图像的建模与绘制(image-based modeling and rendering,简称IBMR)技术,称为虚平面映射。
3) range image
深度图像
1.
Segmentation for range image based on morphology watershed region
基于形态学水线区域的深度图像分割
2.
Extrusion feature extraction of range image by voxel directed connectivity
体素连通性的深度图像拉伸特征提取
3.
To repair the hole in the range image which includes several features,a method of hole-filling based on template matching was proposed.
为填补深度图像中包含多个特征的孔洞,提出了一种基于模板匹配的孔洞填补方法。
4) layered depth image(LDI)
层深图像
5) The deep picture
深入图像
6) deep-sea image
深海图像
1.
This thesis is mainly concentrated on the processing algorithms of the deep-sea image, including image enhancement, image segmentation.
针对真实环境下的深海图像进行图像增强、图像分割的算法研究,并计算出现有资源结核的覆盖率。
补充资料：高光谱分辨率遥感图像及图像光谱信息提取
高光谱分辨率遥感图像及图像光谱信息提取
高光谱分辨率遥感图像及图像光谱信息提取 郑兰芬供稿
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