基于CC2530的ZigBee组网研究与实现-毕业论文

基于CC2530的ZigBee组网研究与实现

学院：专业：姓名：指导老师：在公交车上释放	计算机学院
	计算机科学与技术3班
	影响力评估冯子哲	学号：职称：	160201102960
	张华敏		副教授

中国·珠海

二○二零年五月

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本人郑重承诺：本人承诺呈交的毕业设计《基于CC2530的ZigBee组网研究与实现》是在指导教师的指导下，独立开展研究取得的成果，文中引用他人的观点和材料，均在文后按顺序列出其参考文献，设计使用的数据真实可靠。

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日期：年月阻燃双面胶日

基于CC2530的ZigBee组网研究与实现

摘要

Zigbee是一种应用范围最广的双向无线通信技术之一，不仅有近距离、低复杂度的特点，还有着低功耗、低成本的优势。传输速率不高的各种电子设备之间的数据传输选择使用这门技术也是因为他的特点和优势。之前被称为H矿用可移动式救生舱omeRFLite、RF-EasyLink或FireFly的无线电技术，现在都统一称为Zigbee技术；Zigbee与别的无线技术不同，就比如WiFi，虽然传输速率没有WiFi高，但功耗相比极低，可以用电池供电；Wifi一般覆盖一定范围，Zigbee则组成无线传感器网络，能够应用于多种领域，比如特别贴切生活的智能家居领域，报警系统；一片区域的环境监测等，不过在最早期的时候大量应用于军事领域，未来前景还有很大发展空间；所选的芯片型号为CC2530-F256，该系列使用的8051CPU内核是一个单周期的8051兼容内核，是CC243X的升级版，性能上更稳定环氧树脂涂层。

关键词：CC2530芯片；ZigBee技术；Zstack协议栈；IEEE802.15.4；

Research and implementation of ZigBee networking based on CC2530

Abstract

Zigbee is one of the most widely used two-way wireless communication technologies, which not only has the characteristics of short distance and low complexity, but also has the advantages of low power consumption and low cost.Data transmission between various electronic devices with low transmission rate is also chosen to use this technology because of its characteristics and advantages.Previously known as HomeRFLite, rf-easylink or FireFly, now known as Zigbee technology;Zigbee is different from other wireless technologies, such as WiFi. Although the transmission rate is not as high as WiFi, the power consumption is very low, and it can be powered by batteries.Generally, Wifi covers a certain range, while Zigbee forms a wireless sensor network, which can be applied to a variety of fields, such as smart home and alarm system, which is especially suitable for life.An area of environmental monitoring, but in th

系泊系统e early days of a large number of military applications, there is still a lot of room for future development;The selected chip model is cc2530-f256. The 8051CPU kernel used in this series is a single-cycle 8051 compatible kernel, which is an upgraded version of CC243X and more stable in performance.

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