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Tracking Dynamics Using Sensor Networks: Some Recurring Themes

机译:使用传感器网络跟踪动态:一些重复出现的主题

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Much of the data consumed today is dynamic, typically gathered from distributed sources including sensors, and used in real-time monitoring and decision making applications. Large scale sensor networks are being deployed for applications such as detecting leakage of hazardous material, tracking forest fires or environmental monitoring. Many of these "natural" phenomena require estimation of their future states, based on the observed dynamics. Strategically deployed sensors can operate unattended (minimizing risk to human life) and provide the ability to continuously monitor the phenomena and help respond to the changes in a timely manner. In this paper, we show that in-network aggregation, in-network prediction, and asynchronous information dissemination form sound building blocks for addressing the challenges in developing low overhead solutions to monitor changes without requiring prior knowledge about the (dynamics of) the phenomena being monitored.
机译:今天消耗的许多数据都是动态的,通常从包括传感器在内的分布式资源中收集,并用于实时监视和决策应用程序中。大规模传感器网络正在部署用于诸如检测有害物质泄漏,跟踪森林大火或环境监测等应用。这些“自然”现象中的许多现象都需要根据观察到的动力学估算其未来状态。战略性部署的传感器可以在无人值守的情况下运行(以最大程度地降低对人类生命的危害),并具有连续监控现象并及时响应变化的能力。在本文中,我们表明,网络内聚合,网络内预测和异步信息传播形成了合理的构建块,从而解决了开发低开销解决方案以监控变化的挑战,而无需事先了解现象的(动力学)现象。受监控。

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