Complementary processing and its impact on software performance

M. Ceruti, Ray C. Trout, Tse-Hao Lee
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引用次数: 2

Abstract

Complementary processing (CP) is a software-scheduling methodology, and architecture, the code for which is installed on top of operating systems to increase processing speed. CP has direct application to real-time systems by enhancing performance. The background, concept and rationale of CP are described. Advantages and limitations of using CP are delineated. CP is discussed with a view toward the utility of applications to military command and control systems, which increasingly rely on object-oriented software. Directions for future research are explored.
互补处理及其对软件性能的影响
互补处理(CP)是一种软件调度方法和体系结构,其代码安装在操作系统之上,以提高处理速度。通过提高性能,CP可以直接应用于实时系统。介绍了CP的背景、概念和基本原理。描述了使用CP的优点和局限性。讨论了面向对象控制在军事指挥控制系统中的应用,这些系统越来越依赖于面向对象软件。展望了未来的研究方向。
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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