基于人工智能的智慧教室平台设计与实现
2019-09-02陈芳
陈芳



摘 要: 为提高教室的多媒体智能交互和信息控制能力,提出基于人工智能的智慧教室平台设计方案。智慧教室平台采用远程自动控制和总线集成控制的智能设计方案,运用下位机集成信息处理方法进行传感信息处理,将多媒体教学信息通过集成信息处理端进行总线传输和信息融合,在上位机模块进行智能通信设计。结合分散控制进行交叉编译操作,实现教室平台控制指令实时传输和分布式存储,在嵌入式环境下实现智慧教室平台优化设计。测试结果表明,设计的智慧教室平台具有很好的人工智能性和集成控制能力,信息的交互性较好,可靠性较高。
关键词: 人工智能; 智慧教室平台; 信息交互; 集成控制; 嵌入式环境; RFID技术
中图分类号: TN911.2?34; TP273 文献标识码: A 文章编号: 1004?373X(2019)09?0183?04
Design and implementation of intelligent classroom platform
based on artificial intelligence
CHEN Fang
(Information Construction and Laboratory Management Center, Ningde Normal University, Ningde 352100, China)
Abstract: The design scheme of the intelligent classroom platform based on artificial intelligence is put forward to improve the multimedia intelligent interaction and information control abilities of classroom. The intelligent design schemes of remote automatic control and bus integrated control are adopted in intelligent classroom platform, and the integrated information processing method of lower computer is used to process the sensing information. The multimedia teaching information is transmitted and fused in the integrated information processing terminal through bus, and the intelligent communication design is carried out by means of the upper computer module. The decentralized control is combined to perform the cross?compiling operation to realize the real?time transmission and distributed storage of classroom platform control instructions. The optimal design of intelligent classroom platform is realized in embedded environment. The test results show that the designed intelligent classroom platform has perfect artificial intelligence, integrated control ability and information interactivity, and high reliability.
Keywords: artificial intelligence; intelligent classroom platform; information interaction; integrated control; embedded environment; RFID technology
0 引 言
随着多媒体信息技术和物联网技术的发展,智慧教室平台的智能性研究受到人们的关注。在多媒体网络构架体系中进行智慧教室平台设计,提高教学平台的人工智能性,智慧教室平台的设计建立在物联网的三层结构体系上,采用WiFi无线局域网实现智慧教室平台的网络覆盖[1]。采用无线传感器网络技术和RFID技术进行信息采集和教学资源调度,在人工智能环境中实现智慧教室平台的总线集成控制。在智慧教室平台中,融合通信技术和网络技术实现教学设备和教学资源的网络控制和远程集成控制,研究智慧教室平台的优化设计方法,能有效提高教学智能性水平,在教学实践中具有很好的应用价值[2]。……
