摘要
为了能够远程实时监控档案库房的内部运行环境具体情况,从而减少不必要的人力、物力、时间投入,提出基于ZigBee技术、ARM嵌入式的档案库房环境监控设计思路。基于无线通信、计算机控制及物联网技术,说明了ZigBee、ARM技术对各通信协议的层级功能、帧架构,结合系统设计功能需求,设计了ZigBee技术的档案库房内部网络无线传感技术,以及整体系统架构。对系统全局架构组成进行分析,在B/S架构上引入CC2530核心系统芯片,与Z-Stack协议相搭配,完成了系统软硬件设计。并与该系统的实际档案库房环境监控工作运行情况相结合,其中硬件平台基于Mini2400基础实现,并成功移植嵌入式ARM系统和Linux操作系统,设计了ARM嵌入式智能通信网关,经系统运用测试证实,设计的该系统能够远程且自动化监控档案库房环境。
In order to be able to remotely monitor the specific conditions of the internal operation environment of the archives warehouse in real time,so as to reduce unnecessary manpower,material resources and time investment,this paper puts forward the design idea of archives warehouse environment monitoring based on ZigBee technology and ARM embedded,based on wireless communication,computer control and Internet of Things technology.This paper explains the hierarchical function and frame structure of ZigBee and ARM technologies for each communication protocol.Combined with the functional requirements of system design,this paper designs the internal network wireless sensing technology of ZigBee archives and the overall system architecture.The global architecture of the system is analyzed,and the core system chip CC2530 is introduced into the B/S architecture,which is paired with the Z-Stack protocol to complete the hardware and software design of the system.The hardware platform is based on Mini2400,and the embedded ARM system is successfully transplanted to the Linux operating system.The ARM embedded intelligent communication gateway is designed.The designed system is verified by the system application test.Capable of remote and automated monitoring of the archive environment.
作者
张淼
ZHANG Miao(Xi’an Medical University,Xi’an 710021,China)
出处
《电子设计工程》
2021年第13期180-183,共4页
Electronic Design Engineering
