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Reducing the power consumption :A novel approach for wireless sensor network

机译:降低功耗:无线传感器网络的新方法

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The paper describes the various features enhancing the feature of power efficiency in the wireless sensor node for monitoring the industrial processes. The sensor node is deployed to monitor the process parameters in a remote location. The industrial processes are unique in their requirement of highly reliable operation in harsh environments. The robust, high efficient and reliable sensor node is to be deployed for these industrial processes. The proposed system is a battery operated module consisting of four main stages. The first stage is to collect the process parameter and convert to acceptable range of the microcontroller. The Ultra low power efficient microcontroller MSP430FG4618 is used in the computation module forms the second stage. The performance of the sensor node is analyzed with development board. The third stage is the communication module, which is realized through the zigbee protocol stack to enable the wireless transmission. The Low power and high efficient CC2520 EMK Zigbee module acts as a communication module. Finally, the data collected from the process is to be monitored at the remote location.
机译:本文描述了各种功能,这些功能增强了用于监视工业过程的无线传感器节点中的电源效率特性。部署传感器节点以在远程位置监视过程参数。工业过程在苛刻的环境中要求高度可靠的操作是独一无二的。健壮,高效和可靠的传感器节点将用于这些工业过程。拟议的系统是一个由电池驱动的模块,由四个主要阶段组成。第一步是收集过程参数并将其转换为微控制器可接受的范围。超低功耗高效微控制器MSP430FG4618用于第二阶段的计算模块。用开发板分析传感器节点的性能。第三阶段是通信模块,通过zigbee协议栈实现以实现无线传输。低功耗高效CC2520 EMK Zigbee模块充当通信模块。最后,将从过程中收集的数据将在远程位置进行监视。

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