与OverlAI网关的快速互操作性

Timothy Upthegrove, G. Noubir, B. Thapa, Dan Smith, C. Funai, S. Loos, G. Kuperman
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引用次数: 0

摘要

使用传统的开发方法,异构网络和通信平台之间的互操作性需要花费大量的时间来开发和部署。在任务规划周期(可能是几天的周期)中,增加网络互操作的灵活性将是有用的。我们提出了OverlAI网关,这是一种手工编码网关的替代解决方案,通过结合机器学习、现代软件工程实践和放松对完美互操作性的需求,允许在网络层快速开发互操作性支持。使用OverlAI Gateway方法,我们的团队开发了三个自组织无线协议之间的互操作性,并将我们的实现与这些协议的现有实现作为基线进行比较。相对于基线,OverlAI网关实现通常实现了相对于基线90%以上的数据包传输性能,而只需要开发27%的网络代码。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rapid Interoperability with OverlAI Gateways
Using traditional development methods, interoperability between heterogeneous network and communications platforms takes significant time to develop and deploy. It would be useful to have added flexibility over which networks can interoperate in the mission planning cycle, which might be on the order of days. We present OverlAI Gateways, an alternative solution to hand-coded gateways allowing for rapid development of interoperability support at the networking layer through a combination of machine learning, modern software engineering practices, and relaxing the need for perfect interoperability. Using the OverlAI Gateway approach, our team developed interoperability between three ad-hoc wireless protocols, and we compared our implementations to existing implementations of those protocols as a baseline. Relative to a baseline, OverlAI Gateway implementations typically achieved over 90% of the packet delivery performance relative to the baseline while only requiring 27% of the amount of network code to be developed.
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