图像融合是图像分析和处理的基本问题，在医学影像领域有着广泛的应用。
Image fusion is fundamental problem in image analysis and processing, and is used widely in medical imaging.
医学图像分割在医学影像分析中正在发挥着日益重要的作用，它是医学图像处理和分析领域的基础性经典难题。
Medical image segmentation has been playing an increasingly important role in medical image analysis; it is a hard-tough problem in medical image processing and analysis.
本文对医学影像系统的两项关键技术：数据库设计和图像压缩进行了研究。
The paper researches two pivotal techniques of the database design and the image compression of the medical image system.
CT图像在医学影像诊断中占有重要地位，CT图像压缩技术是PACS系统的重要组成部分。
CT Image plays an important role in medical imaging diagnosis. CT Image compression technology is the important part of PACS system.
目的探讨医学影像存储与传输系统中的存储介质、结构，提高图像存储容量及调用速度。
Objective to discuss the medium and structure of storage system for picture archiving and communication systems in order to advance the transfer speed and the storage capacity of medical images.
DICOM图像是PA CS采用的标准医学影像格式，与常用的图像格式不兼容。
DICOM pictures, the standard format of medical imaging adopted by PACS, are incompatible with common picture formats.
在对符合DICOM标准的医学影像文件进行处理的时候，首要的问题是怎样去读取图像文件的信息，所以了解DICOM数据格式与文件格式是极为重要的事情。
These four levels interrelate and interdepend each other. When we deal with medical image which accord with DICOM standard, primary problem is how to get the data of the image file.
医学影像归档及通信系统(PACS)是国内医学数字图像处理及传输领域的一个研究热点。
Picture Achieving and Communication Systems (PACS) is a hot-point in the field of processing and transmission of digital medical images.
它利用医学影像作为原始数据，融合图像处理、计算机图形学、科学计算可视化、虚拟现实技术，模拟传统光学内窥镜的一种技术。
It simulates optics endoscopy with medical images. Virtual endoscopy incorporates Computer Graphics, image Processing, Scientific Computing Visualization, and Virtual Reality, etc.
这四个组成部分在图像配准操作中分别担任不同的角色，从而构建出一个简单、快速、稳定的医学影像配准框架。
These four parts acted as different roles in medical images registration and constructed a simple, rapid and stable medical images registration framework.
它利用医学影像作为原始数据，融合图像处理、计算机图形学、科学计算可视化、虚拟现实技术，模拟传统光学内窥镜的一种技术。
It simulates optics endoscopy by use of medical images. Virtual endoscopy incorporates the research about Computer Graphics, image Processing, Scientific Computing Visualization, Virtual Reality, etc.
医学影像容积重建是目前医学图像处理领域的研究热点，是计算机图形学和图像处理技术在生物医学工程中的重要应用。
Volume rendering (VR) is a hot subject of medical images processing. It is an important application of computer graphics and image processing in biomedical engineering.
针对PACS系统中的医学影像压缩存在的问题，提出了采用新的静态图象压缩标准JPEG2000，取代当前系统中使用的JPEG图像压缩标准。
Using the new compression standard JPEG2000 is proposed as a resolution to medical image compression in PACS to replace the JPEG standard now under use in PACS.
该系统采用先进的计算机网络技术，能将不同医学影像设备产生的图像采集后送往系统的图像数据中心(网络服务器)，实现医学图像的数字化存贮和管理。
Advanced computer network technology is used in the system, which can sample images produced by different medical imaging equipments and then deliver them into the network server of system.
方法研究设计用于影像设备和图像采集网关之间的医学影像质量控制系统。
Methods The medical imaging quality control system used between imaging modality and image acquisition gateway was designed.
是各种影像设备必须遵循的有关医学影像传输与存储的标准，它使得医疗影像设备能够兼容地交换图像信息。
In medical information system, DICOM (Digital Imaging and Communication in Medicine) standard is the technical guarantee that ensures all modalities device exchange image data compliantly.
目的：探讨医学影像图像与传输系统(PACS)在医学影像诊断学教学中的重要性。
Objective: To evaluate the application value of medical picture archiving and communication system (PACS) in medical imageology practice teaching.
目的探讨医学影像图像信息系统的总体设计及实施要点，以建立实用的医学影像图像信息系统。
Objective This article discusses the collectivity design and key points of medical radio-image information system for constructing applied information system.
结论给出医学影像图像信息系统的需求分析、系统描述，提出构造医学影像图像信息系统普遍意义下的方法。
Result It gives requirement analysis, system description of medical radio-image information system and the universal method of constructing medical radio-image information system.
目的根据医学数字化影像自身的特点以及医院本身对医学影像管理的特殊需要，建立高性能价格比、可扩展性好、较为安全可靠的海量图像存储系统。
Objective According to the characteristics of digital medicine and demand of digitized management in hospital, we establish a storage system which is cheap, highly expansible, and reliable.
图像配准是医学影像处理中的一项常见技术，由于配准操作计算量大，非常耗时，因而设计了一种快速配准框架。
Registration is widely used in medical imaging applications. It is time-consuming due to its huge computation and a new rapid registration framework was presented.
即医学影像归档与通信系统，主要用来解决医学图像的获取、显示、存储、传送和管理等问题。
PACS (picture archiving and Communication System) is mainly used for solving such problems as archiving, showing, storing, communicating and management of the medical picture, etc.
医用专业显示器在PACS中是医学影像的最终呈现者，它承载着替代胶片、保证图像质量、实现医生“软读片”诊断的作用。
In PACS, a digital medical image with high "information volume" requires a professional medical monitor to be displayed. The medical monitors could replace films to display high fidelity images.
合理地分割影像图像是医学影像图像处理的重要基础步骤之一。
One of the most important basic processes of dealing with medical image is to segment it reasonably.
随着CT、MRI、US等医学影像技术在临床中广泛应用，产生了大量医学图像数据。
With the extensive application of medical imaging technology such as CT, MRI and US, a large number of medical image data have been obtained.
图像配准是图像分析和处理的基本问题，其在医学影像分析、遥感遥测、计算机视觉等领域有着广泛的应用。
Image registration is a basic problem during image analysis and image processing. Image registration has been widely applied in the fields of medical image, remote sensing and computer vision.
现代医学图像大多数仍是二维图像，所以在医学影像的处理研究中对二维图像的研究仍然是现代医学影像处理技术研究的重点。
Most of the modern medical images are two-dimensional images. Therefore, the processing of two-dimensional medical images is still the focus of modern medical imaging processing technology.
本文分别对改进的医学影像图像分割结果进行了对比测试。
Besides, the contrast testing is made separately for the result of improved medical-image segmentation in this thesis.
将影像科检查工作站设置在每个检查机房，实现查询病人信息、记录检查过程、接收和转发病人医学影像图像等工作。
A radiology examination workstation is setup, including the function to query the patients, information, record the data of examination, send and receive the image.
将影像科检查工作站设置在每个检查机房，实现查询病人信息、记录检查过程、接收和转发病人医学影像图像等工作。
A radiology examination workstation is setup, including the function to query the patients, information, record the data of examination, send and receive the image.
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