长江信息通信2024,Vol.37Issue(8) :140-142,145.DOI:10.20153/j.issn.2096-9759.2024.08.042

基于物联网与图像识别技术的校园微服务智慧化管理平台设计

Design of an Intelligent Management Platform for Campus Microservices Based on IoT and Image Recognition Technology

樊雪 杨文 董庆杰
长江信息通信2024,Vol.37Issue(8) :140-142,145.DOI:10.20153/j.issn.2096-9759.2024.08.042

基于物联网与图像识别技术的校园微服务智慧化管理平台设计

Design of an Intelligent Management Platform for Campus Microservices Based on IoT and Image Recognition Technology

樊雪 1杨文 1董庆杰1
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作者信息

  • 1. 哈尔滨职业技术学院,黑龙江哈尔滨 150081
  • 折叠

摘要

为了提高校园微服务智慧化管理平台的管理效率,增加管控任务处理频次,根据当前的平台管理需求及标准,构建三层交换机配置,接入主控制器,完成系统硬件的设计.依据物联网+图像识别技术,建立微服务智慧管理功能模块,并采用多目标的方式,关联多目标物联网+图像识别智慧管理数据库,完成系统软件的设计.测试结果表明:应用设计平台对图书馆、教学楼、医务室三个区域进行对比测试,管控任务处理次数均可达到20次以上,表明此次所设计的校园微服务智慧化管理平台更加高效,针对性较强,具有实际的应用价值.

Abstract

In order to improve the management efficiency of the campus microservices intelligent management platform and increase the frequency of control task processing,this article designs a campus microservices intelligent management platform based on the Internet of Things and im-age recognition technology.Based on the current platform management requirements and stand-ards,construct a three-layer switch configuration,connect to the main controller,and complete the system hardware design.Based on the Internet of Things and image recognition technology,establish a microservices intelligent management function module,and use a multi-objective ap-proach to associate the multi-objective Internet of Things and image recognition intelligent man-agement database to complete the design of the system software.The test results show that the application design platform can compare and test the three areas of the library,teaching build-ing,and medical room,and the number of control task processing can all reach more than 20 times.This indicates that the intelligent management platform for campus microservices de-signed this time is more efficient,targeted,and has practical application value.

关键词

物联网/图像识别/校园微服务/智慧化/管理平台/平台设计

Key words

Internet of Things/Image recognition/Campus microservices/Intelligence/Manage-ment platform/Platform design

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出版年

2024
长江信息通信
湖北通信服务公司

长江信息通信

影响因子:0.338
ISSN:2096-9759
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