摘要
传统的数字化校园建设系统涉及范围窄,模块之间联系不紧密。为了解决上述问题,基于有线无线互联技术设计了一种新的数字化校园建设系统。对系统的硬件进行重点设计,构建网络架构层、数据层、服务层、拓展服务层和虚拟校园层五个建设层次,设计传感器、编码器和电路图。通过硬件部分设计软件流程,包括数据采集、数据传感、数据处理和建设结果显示四步。与传统建设系统进行实验对比,结果表明,基于有线无线互联技术设计的数字化校园建设系统能够将各个模块紧密连接到一起,扩大了建设系统涉及的范围。
The traditional digitized campus construction system involves a narrow scope,and its modules are not closely linked. In order to solve these problems,a new digitized campus construction system is designed based on wired and wireless interconnection technology. The hardware of the system is designed emphatically. Five construction layers are constructed, including network architecture layer,data layer,service layer,extended service layer and virtual campus layer. The sensor, encoder and circuit diagram are designed. The software flow is designed by means of the hardware part,including four steps: data acquisition,data sensing,data processing and construction result display. In experiment,it was compared with the traditional construction systems. The results show that the digitized campus construction system based on wired and wireless interconnection technology can connect each module tightly and expand the scope of construction.
作者
高静
GAO Jing(Division of Informationization Construction and Management,Nanjing University of Science & Technology,Nanjing 210094,China)
出处
《现代电子技术》
北大核心
2019年第17期80-83,87,共5页
Modern Electronics Technique
关键词
有线技术
无线技术
数字化校园
校园建设
互联技术
软件流程设计
wired technology
wireless technology
digitized campus
campus construction
interconnection technology
software flow design
