An internet overlay architecture for global scale wireless sensor networks

William D. Phillips, R. Sankar
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引用次数: 3

Abstract

The problems, such as environmental monitoring for global warming, currently under research by scientists and engineers are complex, inter-related worldwide phenomena that require global scale sensor networks to study and understand. Cost and resource constraints prohibit organizations, even national governments, and industrial and academic consortiums from deploying sensor networks on a global scale. Therefore, it is increasingly necessary for research groups to provide access to their non-proprietary, unclassified sensor networks so that the data may be analyzed without compromising its integrity, and at times repurposed by scientists and engineers studying other aspects of inter-related phenomena. This paper proposes a global scale wireless sensor network (GSWSN) architectural framework with the Internet providing backbone connectivity among geographically disperse sensor network sites, and discusses the challenges inherent to this undertaking.
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一种面向全球规模无线传感器网络的互联网覆盖架构
科学家和工程师目前正在研究的问题,如全球变暖的环境监测,是复杂的、相互关联的全球现象,需要全球范围的传感器网络来研究和理解。成本和资源限制使组织,甚至是国家政府,工业和学术联盟无法在全球范围内部署传感器网络。因此,研究小组越来越有必要提供对其非专有,非机密传感器网络的访问,以便可以在不损害其完整性的情况下分析数据,并且有时可以由科学家和工程师重新利用研究相互关联现象的其他方面。本文提出了一种全球规模的无线传感器网络(GSWSN)架构框架,利用互联网在地理上分散的传感器网络站点之间提供骨干网连接,并讨论了这一任务所固有的挑战。
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