1) image analysis/synthesis
图像分析合成
2) image analysis
图像分析
1.
Real-time monitoring of gas-shielded tungsten arc welding pool with DSP-based image analysis;
基于DSP的氩弧焊焊池实时监控图像分析技术
2.
Characteristics of pores on membrane surface by image analysis;
膜面孔特征的图像分析研究
3.
Talk about image analysis in fire detection;
浅谈火灾探测中的图像分析
3) Image analyzing
图像分析
1.
Research on Image Storage of Video Surveillance System Based on Image Analyzing;
基于图像分析的视频监控系统信息存储技术的研究
2.
According to the object steel tube s sate and the image, studying how to use image analyzing technology to measure steel tube s thickness, is.
根据待测量钢管的客观情况和采集到的钢管图像的特征,如何用基于图像分析处理的技术来实现钢管的厚度测量,是本文的主要研究内容。
3.
The study applied image analyzing technology to detect seed empty hills.
应用图像分析技术对超级稻高速连续钵体盘育秧播种的空穴进行了在线检测。
5) image processing
图像分析
1.
This paper aims to present our study of visibility of the building exit signs quantitatively and qualitatively through experiments and digital image processing (DIP).
结果表明,数字图像分析是量化烟气条件下疏散指示能见度的一种有效方法。
2.
Based on image processing by image analyzing program,maximum continuous flame height and maximum flame height were estimated.
开展了不同火源形状因子(1≤s≤3)的较大功率矩形油池火实验,测量了燃料的质量损失速率,借助编制的图像分析程序处理实验视频得到了连续火焰最大高度(Lc)和火焰最大高度(Lm)。
6) imaging analysis
图像分析
1.
Objective To explore the differences in Haversian system between human and animal bones through imaging analysis and morphology description.
目的探讨人与狗、猪、牛、羊长骨的哈氏系统的形态特点、图像分析特点及其鉴别要点。
2.
PurposeTo find a new simple and pragmatic indicator for the diagnosis and judgment of the prognosis of IgA Nephropathy by multiparameter analysis of IgA deposits using computerimaging analysis system.
本文通过应用计算机图像分析系统对IgA沉积物进行多参数分析，探讨沉积物参数与组织病理学指标之间的相关性，以期为IgA肾病的诊断和预后提供一个新的简单而实用的预后指标。
3.
The quantity of apoptotic cells was calculated and cell lesion was analyzed with imaging analysis technique.
方法采用持续力竭性游泳复合线栓法建立脑梗死急性期气虚血瘀证大鼠模型,脑组织石蜡切片行脱氧核苷酸末端转移酶介导的核苷酸缺口末端标记法(TUNEL)染色,观察复合模型组与正常组、单纯游泳对照组及单纯线栓对照组大鼠尾状核神经元凋亡的情况,并采用图像分析技术计数凋亡细胞数、分析细胞损伤情况。
补充资料：多光谱合成图像
多光谱合成图像 multi-spectral composite imagery
把同一地区多光谱影像，配以红、绿、蓝滤光片重叠投影而形成的图像。
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