1) polarized microscopic image
偏光显微图像
1.
Application of polarized microscopic image distinguishing in animal hair identification and its important significance on animal protection,especially on national wild animal protection are presented,meanwhile introducing the principle and techniques on polarized microscopic photography and suggesting to build a standard data bank of polarized microscopic spectrum on wild animal hair.
提出了偏光显微图像在动物毛发识别中的应用和动物保护,尤其是国家濒危野生动物保护的重要意义,同时介绍了偏振光显微照相的原理和技术方法,建议组建野生动物毛发标准偏光显微图谱数据库。
2) multispectral microscope cell image
多光谱显微图像
3) fluorescence micro image
荧光显微图像
4) two-photon excited microscopic image
双光子显微图像
1.
According to the pathological characteristics of skin hypertrophic scar tissue,texture features on the edge direction,density distribution and geometric morphology are extracted from two-photon excited microscopic images of scar tissue and used to distinguish the normal tissue from scar tissue.
依据皮肤增生性疤痕组织的病理特点,对其细胞外间质成分——胶原纤维和弹力纤维的双光子显微图像进行边缘方向、胶原纤维密度分布、弹力纤维几何形态等三方面的特征提取,并采用mean-shift等算法对这些特征进行了分析,最后将它们综合起来提出了一个评判公式。
5) microscope image
显微图像
1.
Multiracial analyses of film microscope image based on wavelet transform;
基于小波变换的薄膜显微图像多重分形分析
2.
Algorithm of large-scale microscope images mosaicing;
大规模显微图像拼接算法
3.
In this paper the multifractal spectrum is calculated by multigray probability measures of the microscope image of semicontinuous Ag nanoparticle films.
在解决实际问题中多重分形谱主要用来描述物理量不均匀的随机概率分布,通过对半连续Ag纳米薄膜显微图像结构形貌的分析和处理,以及通过薄膜显微图像多灰度概率测度进行多重分形谱分析,用多重分形谱描述随薄膜厚度变化的Ag颗粒的空间分布的不均匀性。
6) Microscopic image
显微图像
1.
OTSU-based self-adaptation threshold partition algorithm for optic-microscopic image;
基于OTSU的显微图像自适应域值分割算法
2.
The Digitization Technology of Medical Microscopic Image;
医学显微图像的数字化技术
3.
Study on analysis and treatment of bio-microscopic image;
生物显微图像分析与处理研究
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