英特尔笔记:先进的传感器网络平台和应用

R. Kling
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引用次数: 31

摘要

传统的传感器网络节点(也称为“motes”)是围绕低端8位微控制器和简单的单通道无线电建立的。这些平台的资源非常有限,这限制了它们的应用于更苛刻的任务。这些限制是由成本、功耗和物理尺寸的限制造成的。英特尔Motes代表了一种新型传感器网络平台,其动机是几个新的设计目标:提高CPU性能和内存容量,改进无线电带宽和可靠性,以及成本效益。我们描述了新平台架构的细节,以及关于CPU和无线电性能、网络算法和电池寿命的新笔记的实践经验。
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Intel Motes: Advanced Sensor Network Platforms and Applications
Traditional Sensor Network nodes (also called “motes”) have been built around low-end 8-bit microcontrollers and simple single channel radios. These platforms are very resource constrained which limits their application to more demanding tasks. These limitations were imposed by constraints on cost, power consumption and physical size. Intel Motes represent a new class of Sensor Network platforms that are motivated by several new design goals: increased CPU performance and memory capacity, improved radio bandwidth and reliability, as well as cost-effectiveness. We describe details of the new platform architectures as well as practical experiences with the new motes regarding CPU and radio performance, networking algorithms, and battery life.
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