Visualization architecture for now and the future

D. M. Pfeiffer
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引用次数: 0

Abstract

It is pointed out that modern workstations, such as the VITec Image Computing System, are beginning to address the performance and functionality issues involved with interactive visualization in an integrated, cost-effective environment. Visualization, combining computer graphics with imaging, enables users to visualize both image and non-image data, and to be able to integrate images with text and graphics. This type of interactive computing requires sufficient processing power to handle the large amounts of data involved. In addition, the hardware system is a complete computer in itself, which is programmable, and therefore the function library for imaging is included within the instructions of the hardware system. Thus the functionality is not hardwired. The speed of the computing system permits more complex functionality than was practical in the past.<>
现在和未来的可视化架构
报告指出,现代工作站,如VITec图像计算系统,正开始在一个综合的、具有成本效益的环境中处理与交互式可视化有关的性能和功能问题。可视化,将计算机图形学与成像相结合,使用户能够可视化图像和非图像数据,并能够将图像与文本和图形集成。这种类型的交互式计算需要足够的处理能力来处理所涉及的大量数据。此外,硬件系统本身就是一台完整的计算机,它是可编程的,因此在硬件系统的指令中包含了成像函数库。因此,功能不是硬连接的。计算系统的速度允许比过去更复杂的功能
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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