1) Rib-eye image
眼肌图像
1.
In the view of biologic weak image segmentation question,used level set method based on edge flow technology to carry on the segmentation of rib-eye image of beef carcass.
针对生物体弱对比图像分割问题,采用了结合边缘流的水平集方法对牛肉眼肌图像进行分割,准确提取了眼肌边缘,分离出了眼肌内部脂肪与肌肉组织,准确率高。
2) eye fundus image
眼底图像
1.
We have developed an eye fundus image processing system.
本文介绍一种能与传统的眼底相机匹配的眼底图像处理系统。
2.
Objective Registration flicker on eye fundus images that were screened in different time is important for ophthalmologist to study the glaucoma,diabetic retinopathy.
目的对同一患者在不同时间拍摄的眼底图像,通过寻找合适的眼底图像对位频闪方法,以期有助于眼科医生对青光眼、糖尿病性视网膜病变等疾病的诊断。
3) fish-eye image
鱼眼图像
1.
A solar tracking approach based on fish-eye images is proposed.
提出一种采用图像目标特征识别法跟踪太阳的方法,对图像进行仿人眼光学滤色镜效果的(H,S,I)变换域处理,凸现图像中高亮度区域;其次对高亮度区域进行鱼眼图像与平面图像的变换;然后根据各区域的轮廓、偏移量、面积等特征动态地识别出图像中的太阳斑区;最后通过鱼眼图像中太阳斑区中心点计算出太阳与视点之间的高度角与方位角。
4) fish eye image
鱼眼图像
1.
To recover the original scene from fish eye image,the necessary condition is to retrieve the contour of fish eye image accurately.
要从鱼眼图像恢复出实际场景的图像,其前提是必须准确地提取出鱼眼图像的轮廓,也就是说要精确地求出鱼眼图像圆形区域的半径和圆心坐标。
5) fisheye image
鱼眼图像
1.
Improvement of fisheye image edge extraction algorithm;
鱼眼图像轮廓提取及校正研究
2.
A new fisheye image edge extraction algorithm was proposed based on its round valid area;the overlap area of images to be mosaicked was determinated according to the minimum brightness difference in this area,and thus the fisheye images mosaics were accomplished after images fusion;finally,the virtual navigation was accomplished through color information extraction form fisheye images directly.
根据鱼眼图像的有效区域为圆形,提出了扫描线逼近的轮廓提取算法,基于图像重叠部分亮度差最小的原理,确定了重叠区域,通过对重叠区域进行融合处理实现了鱼眼图像的缝合,最后直接从鱼眼图像上提取颜色信息,重新采样图像数据,实现了基于鱼眼图像的虚拟漫游。
3.
But the fisheye image taken this way possesses a kind of distortion at different level.
在虚拟现实,机器人导航及视觉监控等领域,需要使用具有较大视角的鱼眼摄像机,这样得到的图像被称为鱼眼图像。
6) Fundus Image
眼底图像
1.
Study and Application of Segmentation Methods for Fundus Images
眼底图像分割方法的研究及其应用
2.
The Enhancement of Eye Fundus Image Based on Rough Sets and Wavelet Unsharp Masking
基于粗糙集与小波反锐化掩模的眼底图像增强
补充资料：眼肌型进行性肌营养不良
眼肌型进行性肌营养不良
又称Kilon与Nevin型"肌营养不良。散发，呈常染色体显性遗传。20岁左右起病。缓慢进展的二侧眼睑下垂，眼球运动障碍，导致眼球固定。诊断较困难，若同时伴有肢体近端肌或口周部肌病症者，有助诊断。
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