Sankaran A
Ex-Radiological Physics and Advisory Division, Bhabha Atomic Research Centre, Anushaktinagar, Mumbai-400094, India.
J Med Phys. 2009 Jul;34(3):167-75. doi: 10.4103/0971-6203.54852.
A locally assembled image viewer system with pocket-size iPOD (80 GB) and flash (2 GB) drives for gigabyte storage, display and transfer of digital medical images, oriented towards training purposes, is described. Both the iPOD and flash drive enable storage of thousands of images from diverse medical-imaging equipments. The iPOD, in addition, can display with sufficient resolution any of these images and serves as a transportable preview device. Through the use of a computer, these devices can access/ store/ display the images/ photos from a CD, digital camera or the internet. A TV image viewing unit is also provided. The operational features and the advantages of these devices are discussed in detail. The quality assurance (QA) of the displays has been successfully carried out with standard test patterns. The image quality has been tested with dynamic and static medical images. The system will be highly useful for storage and remote display of multitude of images from several modalities in the hospital, as well as other images, from the point of view of education and training. It has good potential for use in clinical diagnosis as well. Other recent advancements using iPHONE and improved but expensive computers, integrated with picture archiving and communication system (PACS) as well as radiology and hospital information system (RHIS) for versatile applications in modern radiology, are also highlighted.This system, assembled with indigenous equipments, is much less expensive and specially suited for teaching radiologists, physicists and technologists, particularly in developing countries.
本文介绍了一种本地组装的图像查看系统,该系统配备袖珍型iPod(80GB)和闪存(2GB)驱动器,用于千兆字节存储、显示和传输数字医学图像,主要面向培训目的。iPod和闪存驱动器都能够存储来自各种医学成像设备的数千张图像。此外,iPod可以以足够的分辨率显示这些图像中的任何一张,并用作可移动的预览设备。通过使用计算机,这些设备可以访问/存储/显示来自CD、数码相机或互联网的图像/照片。还提供了一个电视图像查看单元。详细讨论了这些设备的操作特性和优点。已使用标准测试图案成功进行了显示器的质量保证(QA)。已使用动态和静态医学图像对图像质量进行了测试。从教育和培训的角度来看,该系统对于存储和远程显示医院中多种模式的大量图像以及其他图像将非常有用。它在临床诊断中也具有良好的应用潜力。还强调了使用iPhone和改进但昂贵的计算机的其他最新进展,这些计算机与图像存档和通信系统(PACS)以及放射学和医院信息系统(RHIS)集成,可在现代放射学中进行多种应用。该系统采用本地设备组装,成本低得多,特别适合培训放射科医生、物理学家和技术人员,尤其是在发展中国家。