1) human body image
人体图像
1.
Self-adaptive filtering processing of human body image based on wavelet transformation;
基于小波变换的人体图像自适应滤波处理
2.
According to the peculiarity of human body image, dyadic wavelet transform is successfully applied to detecting the face and profile edges of human body image and the Mallat algorithm is used in the wavelet decomposition in this paper.
根据人体图像的特点 ,利用三次样条二进小波 ,采用Mallat快速算法进行小波分解 ,提取了人体图像的正面和侧面边缘 。
2) body digital image
人体数字图像
1.
Application of edge detection methods based on operators to the analysis of body digital images;
基于算子的人体数字图像边缘检测算法
3) sliced image of human body
人体切片图像
1.
Basing on series of sliced image of human body from American Visible Human Project(VHP),this paper,which selects mandible and maxilla bones(with cheekbones and temporal bones) as investigated examples,gives sets of feasible reconstruction method for 3D organ models in photoshop and Amira.
基于美国可视人计划(VHP)人体切片图像数据集,选择颌面骨骼(包括颧骨与颞骨)作为三维模型重构的对象,利用商业软件Photoshop和Amira研究出一套实用的重构方法。
4) biometrics images
人体特征图像
1.
In this paper,the processing methods of biometrics images for forensics science have been expounded.
本文阐述了取证科学中人体特征图像的处理技术,提出了一个基于对数极坐标映射的模式识别新方法,利用匹配模板的相位信息和人体特征图像的对数极坐标映射(LPM)谱来计算它们的相关值。
5) Human motion image
人体运动图像
1.
Low cost real time measurement of human motion image;
低成本实现人体运动图像实时检测
6) ear image
人耳图像
1.
Two ear extraction and normalization methods, the mark line (long axis of the outer ear contour) based method and the mark points (the start and end points of the outer ear contour) based method, were proposed for recognizing ear images in the USTB ear database.
介绍了两种人耳图像归一化处理的方法,即基于外耳轮廓长轴的线标记法和基于外耳轮廓起始点的点标记法,并对这两种方法进行了对比。
2.
According to the feature of ear image and requirement of extraction, this paper proposes a new edge detection method based on contour composition.
本文针对人耳图像的局部特征和识别要求提出一种基于轮廓合成的边缘检测方法。
3.
Normalization of ear image has a very important significance in ear recognition,and provides precondition for later work.
人耳图像的归一化在人耳识别中具有相当重要的意义,为后续的工作提供了前提。
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