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Received:August 16, 2012 Revised:October 10, 2012
Received:August 16, 2012 Revised:October 10, 2012
中文摘要: ZigBee的家庭自动化(HA)网络是智能家居系统发展的一个方向. 在对HA应用子集中的测量与传感簇的工作特性和属性报告机制进行详细分析后,给出了一种基于Z-Stack的符合HA规范的测量与传感类终端节点的设计方案. 该方案, 硬件结构采用模块化设计, 配以不同的传感器模块实现不同类型物理量的测量. 软件上, 以Z-Stack协议栈为基础, 通过建立新的ZCL应用来实现节点功能, 并利用属性报告机制实现测量与传感的属性的传送. 最后, 以一光传感器节点设备为实例, 进行了方案的验证. 实践验证表明, 该设
Abstract:ZigBee Home Automation (HA) network is a direction in the development of intelligent home system. After the detailed analysis about the characteristics of Measurement and Sensing clusters and the attribute report mechanism of ZigBee HA profile, this paper presents a design proposal concerning measurement and sensing terminal nodes based on Z-Stack protocol stack. In this proposal, the hardware mechanics of measurement and sensing nodes adopt modular form design, and meanwhile the measurement of different physical types is realized by means of different sensor modules. Based on Z-Stack protocol stack, the software achieves the terminal node function by creating a new ZCL application, with the realization of the transmission of the attribute value of measurement and sensing cluster by using of the attribute report mechanism. Finally, the proposal is confirmed by a light sensor device. The empirical study indicates that this design proposal is feasible and applicable to the measurement and sensing terminal nodes of ZigBee HA network.
keywords: ZigBee home automation measurement and sensing Z-Stack
文章编号: 中图分类号: 文献标志码:
基金项目:浙江省教育厅基金(Y201016516)
Author Name | Affiliation |
LV Jun-Ke | Xingzhi College, Zhejiang Normal University, Jinhua 321004, China |
Author Name | Affiliation |
LV Jun-Ke | Xingzhi College, Zhejiang Normal University, Jinhua 321004, China |
引用文本:
吕君可.ZigBee家庭自动化网络的测量与传感节点的设计与实现.计算机系统应用,2013,22(3):191-195
LV Jun-Ke.Design and Implementation of Measurement and Sensing Node of ZigBee Home Automation Network.COMPUTER SYSTEMS APPLICATIONS,2013,22(3):191-195
吕君可.ZigBee家庭自动化网络的测量与传感节点的设计与实现.计算机系统应用,2013,22(3):191-195
LV Jun-Ke.Design and Implementation of Measurement and Sensing Node of ZigBee Home Automation Network.COMPUTER SYSTEMS APPLICATIONS,2013,22(3):191-195