光电技术应用, 2012, 27 (6): 16, 网络出版: 2013-01-14
基于 MC9S12XS128的光电无线传感网络构建及其控制器技术设计
Technique Design of Structure of Electro-optical Wireless Sensor Networks and Controller Based on MC9S12XS128
ZigBee技术 无线传感网络 构建 技术设计 MC9S12XS128 MC9S12XS128 ZigBee technique wireless sensor network structure technique design
摘要
从便捷、高效、节能及精准的角度出发，构建一种基于 MC9S12XS128的光电传感器的无线网络，并结合单片机智能控制原理设计了控制器硬件电路。在分析光电无线传感网络系统的构成及工作原理的基础上，探讨了基于 ZigBee技术的无线光电传感器网络实现方式，设计了控制器的相关硬件电路及软件。节点系统采用 MC9S12X128单片机作为控制器，以及 CC2420芯片用于无线传输，并对周围环境进行数据采集和处理，最终将结果传至上位机 PC，上位机分析数据并将其显示，用以实时监测现场的运行情况。这种新型光电无线传感网络系统在监测方面具有精准、高效，数据采集效率较高等特点。
Abstract
From the perspectives of convenience, high efficiency, energy saving and accuracy, a wireless electro-optical sensor network based on MC9S12XS128 is established. Hardware circuits of controllers are de. signed combined with MUC intelligence control theory. On the basis of analyzing structure and operation theory of wireless electro-optical sensor networks, the achievement modes of wireless electro-optical sensor networks based on ZigBee technique are discussed. Relative hardware circuits and software are also designed. MC9S12X128 MCU is used as controllers in node systems. CC2420 chips are used as wireless transmission. And data collection and process course are performed in ambience. The results are transmitted to upper PC finally. Da. tum are analyzed and displayed by upper PC in order to monitor the local operation states in real time. The new electro-optical wireless sensor networks system has the characteristics of high accuracy, high efficiency and high efficiency data collection in the field of monitoring area.
王华泽, 吴晗平, 吴晶, 黄俊斌, 李旭辉. 基于 MC9S12XS128的光电无线传感网络构建及其控制器技术设计[J]. 光电技术应用, 2012, 27(6): 16. WANG Hua-ze, WU Han-ping, WU Jing, HUANG Jun-bin, LI XU-hui. Technique Design of Structure of Electro-optical Wireless Sensor Networks and Controller Based on MC9S12XS128[J]. Electro-Optic Technology Application, 2012, 27(6): 16.
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