本文主要探讨像素级图像融合技术。
This paper is mainly to discuss pixel-level image fusion technology.
多聚焦图像融合技术可有效地解决这一问题。
Multifocus image fusion method can solve this problem effectively.
图像融合算法与融合规则是图像融合技术的关键课题。
Image fusion algorithms and fusion rules are important for image fusion technology.
目的利用医学图像融合技术为临床提供新的诊断信息。
Objective To provide new diagnose informations for clinician by using image fusion.
该方法首先使用一种基于对比度塔形分解的图像融合技术。
Firstly, an image fusion based on contrast pyramid decomposition is applied in this scheme.
该方法首先使用一种基于对比度塔形分解的图像融合技术。
A novel pixel-level image fusion scheme based on gradient pyramid decomposition is presented.
该方法首先使用一种基于对比度塔形分解的图像融合技术。
A novel hierarchical image fusion scheme based on contrast pyramid decomposition is presented.
夜视与红外技术，电子光学，光电子成像技术，多重图像融合技术。
Jin Weiqi Night vision and infrared technology, electron optics. Photoelectronic imaging technology, Multiimage fusion technology.
这些实验对于国内开展夜视图像融合技术和系统具有重要的参考意义。
These experiments have important significance for reference in domestic development of night vision image fusion technology and system.
目的探讨CT与MR图像融合技术在颅脑肿瘤诊断中的临床应用价值。
Objective To explore the clinical value of registration of ct and MR images in the diagnosis of craniocerebral tumor.
多传感器图像融合技术可以有效地提高系统的检测、跟踪和识别性能。
Multisensor image fusion could improve system performances such as detection, tracking, and identification greatly.
通过分析目前的图像融合技术，设计了一种实时双光谱数字图像融合系统。
Based on the analysis of image fusion technology at present, a kind of real-time dual-spectrum digital image fusion system is designed.
文中比较了图像融合的结果，并将图像融合技术应用于材料的无损检测方面。
The fusion results are compared and the fusion technique is applied to Non-destructive Testing.
图像融合技术已广泛应用于遥感影像分析、机器视觉、医疗诊断、目标识别等领域。
Image fusion technology has been widely used in remote sensing image analysis, machine vision, medical diagnostics, target identification and other fields.
图像融合技术是多传感器信息融合的一个非常重要的分支，近年来越来越受到重视。
Image fusion Technology, which is an important part of the multi-sensor information fusion, was paid more and more attentions in recent years.
图像融合技术在现代医学中扮演着极其重要的角色，是现代医学图像技术研究的重点。
Image fusion plays an even most significant role in the field of modern medical now, and it is the core of research of image technology.
此外，在图像融合技术中引入了域值的概念，从而解决了重叠区域图像平滑过渡问题。
In addition, the field value concept is introduced in the image fusion technology to solve the smooth transition problem through overlap region.
针对不同视场的多源图像融合技术，本文提出一种仿射变换和线性插值相结合的配准方法；
Zhendui different field of multi-source image fusion, we propose a affine transformation and linear combination of registration methods;
论文从像元、特征和决策融合三个方面研究了多源图像融合技术，提出了一些新的分析处理方法。
In this dissertation, three levels of image fusion technology: pixel-level, feature-level and decision-level are studied, and some novel methods of analysis and processing are presented.
分析了图像融合技术在基于PC的虚拟现实技术应用领域的地位，指出图像融合技术研究的意义；
Then the roles and prospects of Image Fusion in Virtual-Reality application based on PC are analyzed.
目前，多传感器图像融合技术在医学、遥感、计算机视觉、气象预报、自动目标检测等领域得到了广泛应用。
Now multi-sensor image fusion is widely applied in some fields, such as medicine, remote sensing, computer vision, weather forecast, automatic object detection, etc.
IHS变换属于色彩空间的变换，由于灵活实用的优点而被广泛使用，成为图像融合技术的一个成熟的方法。
IHS transform belongs to color space transform. Because of agility and practicality, it becomes the standard of image merging.
在夜视图像融合技术方面，提出了微光图像和红外图像假彩色融合的改进算法，并探索研究出一系列衍生算法。
In the technique of fusion on night vision images, reformative algorithms of false color fusion on LLL and IR images and a series of derivative algorithms are put forward.
图像融合技术在遥感、医学、自然资源勘探、海洋资源管理、地形地貌分析、生物学等领域占有极其重要的地位。
Image fusion technology occupies important places in the fields of remote sensing, medicine, natural resource exploration, Marine resource management, terrain landform analysis and biology.
前言：目的：探讨CT、mri图像融合技术引导下立体定向边缘系统内多靶点射频消融治疗难治性精神病的意义。
Objective: To study the significance of Stereotactic radio-frequency ablation multi-target in limbic system for treatment of intractability psychosis by image fusion with ct or MRI.
近年来，图像融合技术在现代航空航天、自动控制、遥感遥测、医学，特别是军事指挥领域中发挥着越来越重要的作用。
In recent years, the technology of image fusion has played an increasingly important role in modern aerospace, automation, remote control and medicine, particularly in the field of military guidance.
利用图像融合技术，将不同模态的医学图像有机地结合在一起，可以充分利用各种医学图像的优点，为临床诊断和治疗提供帮助。
Using the technologies of image fusion, we can combine the multimodality medical image information efficiently which is very helpful for clinical diagnoses and treatment.
Frankencamera采用多个连续暴光并将它们融合的方式，而不是使用传统的技术。Ng博士想出了一种同时来捕捉大量的图像方法。
Rather than use conventional technology, as the Frankencamera does, to take multiple successive exposures and then meld them, Dr Ng has figured out a way to capture lots of images simultaneously.
将其看成是一副用数码技术融合的图像，正如这里所展示的那样，结果一副360度的全景图就展现在眼前了。
Viewed as one digitally-fused image, as they are here, and the result is a 360-degree panorama.
将其看成是一副用数码技术融合的图像，正如这里所展示的那样，结果一副360度的全景图就展现在眼前了。
Viewed as one digitally-fused image, as they are here, and the result is a 360-degree panorama.
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