Today's military command and control (C2) systems provide much information to today's combatants, but because these legacy systems are disjointed, there exists an overload of poorly organized and incomplete data during operations. These systems tend to be "stovepiped," inflexible, difficult to integrate, and bard to use in building a common operational picture. The information exchange model for DoD C2 systems is migrating away from dedicated point-to-point and broadcast systems (information push) toward a model based partly on Internet and World Wide Web technologies (publish and subscribe). The USAF Scientific Advisory Board has created a visionary combat information management concept called the Joint Battlespace Infosphere in response to this movement. The purpose of this thesis is to identify and evaluate emerging Internet/Web-based technologies that could be employed by the DoD to improve upon existing information exchange services. This survey will examine the strengths and weaknesses of technologies such as client-server architectures, search engines, middleware, intelligent software agents, and multicast delivery tools that could enhance the development of the Joint Battlespace Infosphere.
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机译:当今的军事指挥与控制(C2)系统为当今的战斗人员提供了很多信息,但是由于这些遗留系统是脱节的,因此在操作过程中会出现大量组织混乱且数据不完整的数据。这些系统往往是“烟囱式”,不灵活的,难以集成的,并且无法用于构建通用的操作画面。 DoD C2系统的信息交换模型正在从专用的点对点和广播系统(信息推送)迁移到部分基于Internet和万维网技术(发布和订阅)的模型。为了响应这一运动,美国空军科学顾问委员会创建了一个具有远见的战斗信息管理概念,称为联合战场信息领域。本文的目的是确定和评估国防部可以用来改善现有信息交换服务的新兴基于Internet / Web的技术。这项调查将研究诸如客户端服务器架构,搜索引擎,中间件,智能软件代理和多播交付工具之类的技术的优缺点,这些技术可以增强联合战场信息领域的发展。
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