1) false three-dimensional image
伪三维图像
1.
Because the sugar crystal is smooth and transparent,the imagecollectedty microscope turns into false three-dimensional image and fuzzy, it goes against automatic monitoring in making sugar.
由于蔗糖晶体的镜面透明,煮糖显微观察镜采集出来的图像变为了伪三维的图像,失真,不利于制糖过程的自动监控;针对这类特殊图像探求一种较好的图像预处理方法,首先采用几种常用的图像预处理方法如:灰度调整,照度均匀,直方图均衡,对数变换及中值滤波的方法对伪三维图像进行预处理,再对处理结果运用分割效果较好的Canny算法分割,并将最终结果进行比较分析,经比较,采用灰度调整和中值滤波的预处理的图像,分割效果较其它方法理想,分割结果适用于煮糖过程的自动监控。
2) 3D image
三维图像
1.
Multi-scale edge detection of 3D image based on adaptive threshold;
基于自适应阈值的三维图像多尺度边缘检测
2.
3D image compression of the 3D laser scan measure system;
三维激光扫描测量系统的三维图像数据压缩
3.
3D Image of Nano-Second Laser Flash Photolysis Based on Origin Software
基于Origin的纳秒级激光闪光光解三维图像处理
3) three-dimensional image
三维图像
1.
A general method of drawing three-dimensional image for the electron probability angle distribution in the hydrogen atom is given;and a mistake from a textbook is corrected.
用数学软件Mathematica研究两个典型实例的粒子概率分布:展示二维谐振子叠加态的概率分布随时间变化的动态过程;给出绘制氢原子中电子概率角分布三维图像的通用方法,并纠正了教材中一幅图的纰漏。
2.
This article summarizes the spatial domain,frequency domain and mixed edge detection methods in two-dimensional images,focuses on the super-wavelet edge detection method and its advantages,and then summarizes and compares them with the current edge detection methods in three-dimensional images and gives the direction of development.
本文首先就二维图像综述空域、频域和混合边缘检测方法,重点阐述超小波边缘检测方法及其优点;然后对三维图像总结比较现有三维图像边缘检测方法,并给出发展方向。
4) 3-dimensions images
三维图像
1.
Analysis of 3-dimensions images of five indicators in vivo for midaged and younger patients with kidney transplantation administering cyclosporine;
中青年肾移植患者口服环孢素A与体内5项指标的三维图像对比分析
2.
Analyses of 3-dimensions images in vivo of uric acid and creatinine post intaking cyclosporine A in patients with renal transplant;
中青年肾移植者服环孢素A后尿酸及肌酐等指标的三维图像
5) 3D images
三维图像
1.
The 3D images of geotechnical constitutive models in the stress space;
应力空间岩土本构模型的三维图像
2.
The forecast algorithm is based on the peculiarity of 3D images i.
在充分分析三维图像特点的基础上 ,提出了一种新的三维图像分割方案 。
6) D image
三维图像
1.
The harder difficulty for three dimensional visualization techniques results from the huge quantity of 3D image data, while three dimensional visualization techniques are becoming an important tool for biomedicine image and visual reality.
三维图像的大数据量对三维可视化的快速交互造成极大的困难 ,而三维可视化技术已成为生物医学影像、虚拟现实等应用领域研究的重要工具。
2.
In order to solve the problem, the paper introduces a shape-based 3D image matching interpolation algorithm.
为解决这一问题,文中提出一种基于形状的三维图像匹配插值算法。
3.
An Investigation of Implementing 3D Image Data Fast Compression and its application;
三维图像数据量极大 ,要实现快速有效的交互应用 ,有必要进行压缩 ,而视觉效果不变。
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