Integrated peer-to-peer applications for advanced emergency response systems. Part II. Technical feasibility

A.S. Bahora, T. Collins, S. Davis, S. Goknur, J. Kearns, T. Liễu, T. Nguyen, J. Zeng, B. Horowitz, S. Patek
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引用次数: 15

Abstract

We present a study of the technical feasibility of applying peer-to-peer (P2P) technology to the domain of emergency response. The conceptual feasibility of such an endeavor is described in "Integrated Peer-to-Peer Applications for Advanced Emergency Response Systems Part I: Concept of Operations" (Bahora, et al.), which argues that current emergency response technologies do not adequately support the dynamic nature of emergency response. To provide support, peer-to-peer networks have been identified as an integrating architecture. We explore the integration of the peer-to-peer architecture, specifically the HyperCast peer-to-peer communications framework, with streaming video communication, GPS-based location awareness, and information access management control to better support emergency response. Upon conclusion of this research, these functionalities were implemented as prototypes.
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先进应急响应系统的集成点对点应用。第二部分。技术可行性
本文对P2P技术应用于应急响应领域的技术可行性进行了研究。这种努力在概念上的可行性在“先进应急响应系统的集成点对点应用第一部分:操作概念”(Bahora等人)中进行了描述,其中认为当前的应急响应技术不能充分支持应急响应的动态性。为了提供支持,点对点网络已被确定为集成体系结构。我们将探索点对点架构,特别是HyperCast点对点通信框架,与流视频通信、基于gps的位置感知和信息访问管理控制的集成,以更好地支持应急响应。根据本研究的结论,这些功能被实现为原型。
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