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The Sensor Web: A New Instrument Concept

机译:传感器网:新的仪器概念

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摘要

The confluence of the rapidly expanding sensor, computation, and telecommunication industries has allowed for a new instrument concept: the Sensor Web. A Sensor Web consists of intra-communicating, spatially-distributed sensor pods that are deployed to monitor and explore environments. It is capable of automated reasoning for it can perform intelligent autonomous operations in uncertain environments, respond to changing environmental conditions, and carry out automated diagnosis and recovery. Sensor Webs could have as much an impact on the uses of sensors as the Internet did on the uses of computers. Sensor Webs are often confused with "distributed sensors" or "sensor networks". The unique feature of the Sensor Web is that information gathered by one pod is shared and used by other pods. In contrast, sensor networks merely gather data and information gathered by a particular pod on such a network does not influence the behavior of another pod. Thus, sensor networks collect data while Sensor Webs can react and modify their behavior on the basis of the collected data. This paper will outline the potential of the Sensor Web concept and describe the Jet Propulsion Laboratory Sensor Webs Project (http://sensorwebs.jpl.nasa.gov/). In particular, a prototype Sensor Web deployed at the Huntington Botanical Gardens will be discussed.
机译:快速发展的传感器,计算和电信行业的融合产生了一个新的仪器概念:Sensor Web。传感器Web由内部通信的,空间分布的传感器盒组成,这些传感器盒被部署为监视和探索环境。它具有自动推理功能,因为它可以在不确定的环境中执行智能自主操作,对不断变化的环境条件做出响应,并执行自动诊断和恢复。传感器Web对传感器的使用可能会像Internet对计算机的使用一样产生很大的影响。传感器Web通常与“分布式传感器”或“传感器网络”混淆。 Sensor Web的独特功能是,一个Pod收集的信息将被其他Pod共享和使用。相反,传感器网络仅收集由此类网络上的特定容器收集的数据和信息,而不会影响另一个容器的行为。因此,传感器网络收集数据,而传感器Web可以根据收集的数据做出反应并修改其行为。本文将概述传感器网络概念的潜力,并描述喷气推进实验室传感器网络项目(http://sensorwebs.jpl.nasa.gov/)。特别是,将讨论在亨廷顿植物园部署的Sensor Web原型。

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