Recent technological advances in meteor burst communications

Richard J. Fulthorp
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Abstract

The author tracks the evolution of meteor burst technology advances in system architectures of operational systems, from the first data acquisition system (1977), through the addition of communications capabilities in 1980, to the fully interoperable communications/data acquisition networks now becoming available. He shows how advances in computer technology have allowed more sophisticated capabilities, while avoiding specialized system designs, leading to generalized networks able to support a myriad of applications. He concludes that interoperability requirements will become more important and will eventually become mandatory for ensuring product compatibility between vendor supplied systems. A figure illustrating the evolution of interoperability is presented.<>
流星爆发通信的最新技术进展
作者追踪了流星爆发技术在作战系统体系结构中的发展,从1977年的第一个数据采集系统,到1980年增加的通信能力,再到现在可用的完全可互操作的通信/数据采集网络。他展示了计算机技术的进步是如何允许更复杂的功能,同时避免了专门的系统设计,从而导致能够支持无数应用程序的通用网络。他的结论是,互操作性需求将变得更加重要,并最终成为确保供应商提供的系统之间的产品兼容性的强制性要求。给出了一个说明互操作性演变的图。
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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