图像存储

  • 网络Image storage;image store;PACS
图像存储图像存储
  1. 该部分包含DSP最小系统、图像存储模块和图像传输模块。

    This section can be divided into DSP minimal system , image storage module and image transmission module .

  2. 基于CPLD对图像存储的记录设备设计

    Design Recording Equipment of Image Storage Based on CPLD

  3. 目的探讨在组建图像存储与传输系统(PictureArchivingandCommunicationSystem,PACS)过程中的总体设计及如何进行具体每一步的实施方案。

    Objective To discuss the whole design and to carry through the implement project in building picture archiving and communication system ( PACS ) .

  4. 上述条件不满足时,使用离屏表面作为图像存储区,并使用位块传送方法BIt传递离屏表面数据到主表面以完成图像的显示。

    Measurement of the focal plane with position sensitive detectors Otherwise , using Off-screen to save data and using Bit to transfer data to the primary surface .

  5. ROI技术在车牌识别系统中图像存储方面的应用研究

    Application and research of ROI in LPR system

  6. PACS(图像存储与传输系统PictureArchivingandCommunicationSystem)是当今生物医学工程领域的研究热点,PACS本地化更是难以解决的问题。

    PACS ( Picture Archiving and Communication System ) is a research focus in Biomedical Engineering field , especially the problem of PACS localization .

  7. 字形图像存储在一个特别的对象――字形槽(glyphslot)中。

    The glyph image is always stored in a special object called a glyph slot .

  8. 基于DDR模组阵列的超高速数字图像存储技术

    Technology of Ultra-high-speed Digital Image Storage Based on DDR DIMM Array

  9. 本论文是在研发医学图像存储和归档系统的基础上完成的,本系统基于DICOM3.0(DigitalImagingandCommunicationsinMedicine)标准,工作于网络环境。

    The thesis is based on the research of Medical Picture Archiving and Communication System , which is network-based and with the conformance of DICOM ( Digital Imaging and Communications in Medicine ) Standard .

  10. PACS即图像存储与通信系统,是医院用于管理医疗设备如CT,MR等产生的医学图像的信息系统。

    Picture access and communication system ( PACS ) is an information system used to manager pictures which are talced by medical equipment such as CT , MR in hospital .

  11. 目的评价PACS系统在图像存储与传输方面的临床价值与效益。

    Objective To summarize practical issues and value surrounding delivering digital images from picture archiving and communication systems ( PACS ) .

  12. 其中,用FPGA实现了对视频信号的负像、镜像、实时降噪处理、扫描制式变换以及多帧图像存储等功能。

    The negative , mirror , multi-frame storage , as well as real-time processing such as noise reduction features of the video signal has been realized with using of FPGA .

  13. 目的:探讨图像存储及传输系统的组网方案及具体实施方法,构建PACS系统。

    To investigate the scheme and the implementation of picture archiving and communication system ( PACS ) . To establish the PACS .

  14. 本文阐述了广医二院放射科PictureArchivingandCommunicationsSystem(简称PACS,图像存储与传输系统)的设计,安装和调试。

    This paper discusses the design , installation and configuration of PACS ( Picture Archiving and Communications System ) in the radiology department of the Second Affiliated Hospital of Guangzhou Medical Academy .

  15. 为便于存储和管理工业射线检测结果,研究设计了基于Intranet的工业射线数字图像存储管理系统。

    To store and manage scientifically industrial X-ray testing result , an intranet-based storage and management system for industrial X-ray digital image is investigated and designed .

  16. 目的探讨医学影像工作站在超声工作中的作用及其与图像存储与通信系统(PACS)的关系。

    Objective To discuss the function of medical imaging station and the relation between it and picture archiving and communication systems ( PACS ) .

  17. 在本例中,您看到的是来自一个图像存储网站(例如Flickr)的导出数据。

    In this case , you are looking at the export from an image storage site ( for example , Flickr ) .

  18. 用此化学修饰的bR薄膜作为记录介质进行缩微图像存储,所得到的图像具有较高的对比度和较长的保存时间。

    With this chemically modified bR-PVA film as recording medium , micro images were stored on the film with higher contrast ratio and longer decay time in our self-made optical storage system .

  19. DICOM标准是用来规范医学图像存储、传输、交换的数字影像和通信标准,是目前建设PACS系统被广泛遵循的国际化通信协议。

    The DICOM standard is used for medicine image storage , the transmission , the exchange digital phantom and the correspondence , in the PACS system it is the internationalization communication protocol which widely follows at present .

  20. 应用E-FILM工作站软件,对既往核医学科图像存储方式进行改进,使图像存储方法更科学、更合理。

    The introduction and application of E-FILM workstation software made the imaging data storage more simple and reasonable .

  21. 随着医疗信息技术的进一步发展、数字化医疗的逐渐普及,作为医学图像存储与传输标准的DICOM越来越受到医学界的重视。

    With the further development of medical information technology and the prevalence of digital medical treatment , the DICOM standard made for medical images ' storage and transmission is thought much of by the medical treatment field .

  22. 通过实验为这一元件的彩色图像存储功能进行了验证。

    , The color image storage has been Illustrated experimentally .

  23. Cr:KNSBN晶体两波耦合及其图像存储

    Two-wave Coupling and Image Storage in Cr : KNSBN Crystal

  24. 光致变色俘精酸酐用于可擦写全息图像存储的研究

    Study of Holographic Image Storage in Rewritable Photochromic Fulgide Material

  25. 大型医学图像存储系统的设计

    A Design of vast capacity storage system on medical images

  26. 信息系统中图像存储方法的研究与应用

    Research and Application of the Image Storing Method in the Information System

  27. 而图像存储技术的应用,为局部刷新显示提供了可能。

    The application of image storing technique also makes locally displaying feasible .

  28. 全息聚合物分散液晶膜的干涉图像存储及衍射特性

    Interference Patterns Storing in Holographic Polymer Dispersed Liquid Crystals and its Diffraction Properties

  29. 输出红光的电子俘获材料及其在图像存储和减法中的应用

    Electron-Trapping Materials Outputting Red Light and Application in Image Storage and Image Subtraction

  30. 影响医学图像存储与通信系统建设质量的几个环节

    Influential Factors in the Quality Construction of Medical Picture Archives and Communication Systems