1) seismic image sequences
地震图像序列
1.
Considering that the seismic image sequences have line-like texture features, 2D and 3D coherence enhancing diffusion algorithms are emphatically researched based on partial differential diffusion equations.
针对具有线形纹理特征的地震图像序列 ,在偏微分扩散方程的基础上 ,重点研究了二维和三维的一致增强性扩散算法 。
2) image sequences
图像序列
1.
Projective Reconstruction Based on Image Sequences;
基于图像序列的射影重构
2.
The Research and Implementation on Multi-target Tracking in Image Sequences;
运动图像序列的多目标跟踪技术及实现
3.
The Study and Implementation on Tracing Multi-object in Image Sequences;
运动图像序列中多目标跟踪的研究与实现
3) Sequence image
序列图像
1.
Particle filter tracking algorithm based on sequence image;
基于序列图像的粒子滤波跟踪算法
2.
Panoramic image mosaic based on sequence image;
基于序列图像的全景图像拼接
3.
Method for sequence image coalescence;
一种序列图像的拼接方法
4) image sequence
图像序列
1.
3D-human body scanner based on the image sequence;
基于图像序列的三维人体扫描仪
2.
Gray projection-fit algorithm for stabilizing image sequences acquired from ship-borne TV reconnaissance system;
一种稳定船载电视侦察图像序列的灰度投影拟合算法
3.
Quasi-3D auto-homing tracking algorithms of moving object in an image sequence;
图像序列的准三维运动目标自寻的跟踪算法
5) sequence images
序列图像
1.
Fast stitching algorithm of sequence images for auto rack girder detection;
面向汽车车架纵梁检测的序列图像快速拼接算法
2.
A method of face location in head-shoulder sequence images in video conference and video telephone application are proposed.
提出了一种用于视频会议及可视电话的头肩序列图像人脸定位方法。
3.
Based on the typical feature of small target in sequence infrared images,a new algorithm is proposed for detecting and tracking small targets in sequence images.
基于红外序列图像中小目标的典型特征,提出了一种新的红外小目标检测与跟踪算法。
6) sequential image
序列图像
1.
Background estimation technique based on sequential image time stability;
基于序列图像时间稳定性特征的背景估计技术
2.
Intelligent target recognition method of sequential images based on DSmT;
基于DSmT的序列图像智能融合目标识别方法
3.
Instead of mosaicking the partial images,extracting the dimension features of the sequential partial images and deriving the part size according to the relationships between the sequential images is a novel method to realize the high-precision and fast measurement of machine parts.
针对影响测量精度的相面旋转问题,充分利用工件表面纹理信息,提出了基于纹理特征的序列局部图像校准方法,获得序列图像之间的相对旋转角度,解决了测量过程中相机抖动或零件旋转引起的尺寸特征方向变动问题。
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