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Improvement of Energy Consumption for 'Over-The-Air' Reprogramming in Wireless Sensor Networks

机译:无线传感器网络中“超空气”重编程的能耗提高

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New hardware platform architecture for "over-the-air" reprogramming in Wireless Sensor Networks (WSN) is presented in this article. The suggested approach is based on the usage of microcontroller RAM memory for running the program while the program memory is being changed. Implementation of suggested solution does not require any additional components and is applicable to a wide range of microcontrollers in new designs or provide possibility to add "over-the-air" reprogramming feature to existing applications without necessity of making hardware changes. The presented approach allows a lowering of the power consumption of the nodes and time for node reprogramming comparing with other reported solutions. Summary of our experiences in practical implementation using Texas Instruments (TI) EZ430-RF2500 and CC2430DK development boards and discussion about some key features of suggested "over-the-air" reprogramming method are included.
机译:本文介绍了无线传感器网络(WSN)中重新编程的“无线空中”的新硬件平台架构。 建议的方法是基于微控制器RAM存储器的使用,而在程序存储器正在改变时运行该程序。 建议解决方案的实施不需要任何额外的组件,适用于新设计中的各种微控制器,或提供可能性为现有应用程序添加“空中”重新编程功能,而无需进行硬件更改。 呈现的方法允许降低节点的功耗和节点重新编程的时间与其他报告的解决方案相比。 摘要我们在使用德州仪器(TI)EZ430-RF2500和CC2430DK开发板的实际实施经验以及关于建议“超空气”重新编程方法的一些关键特征的讨论。

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