1) imaging quality of retina
视网膜成像质量
2) retina imaging
视网膜成像
1.
An adaptive optical system with a liquid crystal spatial modulator device as the wave-front aberration corrector for the human retina imaging was constructed.
以近红外激光(808nm)作为人眼波前像差探测的信号光和视网膜成像的照明光,液晶空间光调制器(LCOS)作为波前校正器,用哈特曼波前探测器探测人眼像差,构建了人眼像差自适应校正的视网膜成像系统。
3) Retinal imaging
视网膜成像
1.
Various factors that impact retinal imaging are analyzed,and the principle of adaptive optics(AO)based on Hartmann-Shack sensor and deformable mirror is explained.
分析了影响人眼视网膜成像的各种因素,阐述了基于哈特曼-夏克传感器和可变形镜的自适应光学(AO)原理,研究了激光扫描检眼镜(SLO)和光学相干层析成像(OCT)结合自适应光学来提高视网膜成像分辨率的方法,并对视网膜成像在医学诊断中的应用和发展前景进行了展望。
4) retinal image
视网膜像
5) retinal images
视网膜图像
1.
Retinal images registration is an important step in retinal fundus diseases diagnosis and laser treatment in order to combine different retinal images information, such as fluoroscein angiography image (FA ) and red free image(RF).
视网膜图像配准是视网膜眼底疾病诊断及激光治疗中的关键一步 。
6) retinal image
视网膜图像
1.
The key process and difficulty to realize compute intelligent auxiliary diagnosis of retinal image is how to automatically ac- quire the pathological information.
视网膜图像病变信息的计算机自动提取算法是计算机智能辅助诊断的关键和难点。
2.
The reasons of radiant distortion for retinal image are discussed based on the analysis of imaging system of ocular fundus, and the method of Homomorphic Filtering is used to calibrate the radiant distortion.
在对视网膜图像成像特点分析的基础上 ,对视网膜图像辐射量畸变的原因进行了分析 ,提出采用同态滤波的方法进行辐射量畸变校正 ,并设计了相应的同态滤波器。
补充资料：视网膜
视网膜
retina
眼球壁三层膜(纤维膜、血管膜、视网膜）的最内两层。位于血管膜的内面。可分为虹膜部、睫状体部和视部三部分。虹膜部和睫状体部贴附在虹膜和睫状体的内面，无感光作用，称视网膜盲部。视网膜的视部贴附在脉络膜的内面，主要由能感受光刺激的视觉细胞所组成，在受到光刺激后转变的神经冲动，沿视神经传入到脑，构成视觉。
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