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RadGSP: a medical image display and user interface for UWGSP3

机译:RadGSP:UWGSP3的医学图像显示和用户界面

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Many issues must be addressed and resolved in order to bring a complete imaging workstation into everyday use by radiologists and medical researchers. Important design issues for developing an imaging workstation include image quality, system response time, the user interface and image storage. The Image Computing Systems Laboratory (ICSL) at the University of Washington has been developing a series of inexpensive graphics and image processing workstations with high performance by taking advantage of a sharp decrease in hardware costs, increasingly more powerful VLSI chips, and versatile personal computers and workstations. After gaining experience with two previous image processing systems, UWGSP3 (University of Washington Graphics System Processor #3), a third-generation workstation based on the NeXT Computer and UWGSP3-HI, a host-independent version, that can work with any host computer via an interface card, were developed. UWGSP3, a highly integrated, low-cost workstation, is a complete image display and computing system capable of meeting many of the requirements of a medical imaging workstation provided that a suitable user interface is developed. To demonstrate this capability, RadGSP, a prototype user interface and application software for radiologist use, has been developed. This paper will first describe the UWGSP3-HI system for background information before describing the implementation and evaluation of RadGSP, and current radiology imaging workstation research in progress at ICSL.
机译:必须解决并解决许多问题,以便将完整的成像工作站带到辐射科医生和医学研究人员的日常使用中。开发成像工作站的重要设计问题包括图像质量,系统响应时间,用户界面和图像存储。华盛顿大学的图像计算系统实验室(ICSL)一直在开发一系列廉价的图形和图像处理工作站,通过利用硬件成本,越来越强大的VLSI芯片和多功能的个人计算机和多功能的个人计算机以及工作站。获得两个以前的图像处理系统的经验后,UWGSP3(华盛顿图形系统处理器#3),基于下一个计算机和UWGSP3-HI的第三代工作站,一个独立的版本,可以使用任何主机通过接口卡开发。 UWGSP3,高度集成的低成本工作站是一种完整的图像显示和计算系统,能够满足医学成像工作站的许多要求,还提供了合适的用户界面。为了证明这种能力,RadGSP,原型用户界面和放射科医师使用的应用软件已经开发出来。本文将首先描述UWGSP3-HI系统,用于描述RADGSP的实现和评估,以及ICSL进展的当前放射性成像工作站研究。

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