扩展地理寻址系统

R. Hall, J. Auzins, J. Chapin, Barry Fell
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引用次数: 6

摘要

地理寻址(GA)是一种在网络中对消息进行寻址的方法。在遗传算法中,消息的目的地被指定为一个地理区域。网络将消息发送到该区域的所有设备。代表性的应用程序是将通用操作图片更新分发到感兴趣的设备。本文扩展了以往对遗传算法的研究,以处理在实际应用中出现的具有挑战性的问题:大规模、网络异构和多个安全域。在首先列出问题和挑战之后,我们描述了SGAF,一个用于构建和组合可扩展遗传算法系统的可扩展地理寻址框架。我们使用该框架的一个实现——AT&T实验室地球广播系统——的案例研究来说明和评估SGAF。
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Scaling Up a Geographic Addressing System
Geographic addressing (GA) is a way of addressing messages in a network. In GA, the destination of a message is specified as a geographic region. The network delivers the message to all devices in that region. A representative application is to distribute Common Operating Picture updates to interested devices. This paper extends previous research on GA to handle challenging problems arising in real-world implementations: large scale, network heterogeneity and multiple security domains. After first laying out the problem and challenges, we describe SGAF, a scalable geographic addressing framework for building and combining scalable GA systems. We illustrate and evaluate SGAF using a case study of one implementation of the framework, the AT&T Labs Geocast System.
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