计算机与网络
計算機與網絡
계산궤여망락
Computer & Network
2015年
19期
65-67
,共3页
ZigBee%CC2530%Z-Stack协议栈%无线网络测试
ZigBee%CC2530%Z-Stack協議棧%無線網絡測試
ZigBee%CC2530%Z-Stack협의잔%무선망락측시
ZigBee%CC2530%Z-Stack protocol%wireless network test
ZigBee技术以低成本和低能量开销等优势被广泛应用在许多领域.探讨了网络的拓扑结构、设备类型、ZigBee协议和协议体系结构,并介绍了CC2530芯片,使用Z-Stack协议栈,对ZigBee网络的通信距离和丢包率进行了实验测试.试验结果表明,ZigBee网络采用CC2530具有较长的通信距离和更好的通信质量.
ZigBee技術以低成本和低能量開銷等優勢被廣汎應用在許多領域.探討瞭網絡的拓撲結構、設備類型、ZigBee協議和協議體繫結構,併介紹瞭CC2530芯片,使用Z-Stack協議棧,對ZigBee網絡的通信距離和丟包率進行瞭實驗測試.試驗結果錶明,ZigBee網絡採用CC2530具有較長的通信距離和更好的通信質量.
ZigBee기술이저성본화저능량개소등우세피엄범응용재허다영역.탐토료망락적탁복결구、설비류형、ZigBee협의화협의체계결구,병개소료CC2530심편,사용Z-Stack협의잔,대ZigBee망락적통신거리화주포솔진행료실험측시.시험결과표명,ZigBee망락채용CC2530구유교장적통신거리화경호적통신질량.
ZigBee is widely used in many fields,which has advantages of low cost and low energy consumption. The topology of the network, type of equipment, ZigBee protocol and architecture are discussed in this paper, and CC2530 chip is also introduced;communication distance and packet loss rate of ZigBee network are tested by using Z-Stack protocol. The test result shows that ZigBee network based on CC2530 has long communication distance and better communication quality.
