物联网安全实验管理系统开发
发布时间：2019-04-11 19:38
【摘要】：随着各高校网络建设的不断完善,对物联网安全实验提供了有利的实验环境条件。如今在各高等院校中实验教学已经显示出它独特的教学地位和作用,因此实验教学也越来越受到各高校的高度重视,实验教学不仅能够提高学生的动手和创新能力,而且还可以培养学生的团队协作精神,提高学生的团队合作能力。但随着各高校招生数量的增加,实验器材数量也不断的扩大,这对学生和实验器材信息的管理带来了很大的困扰。为了方便学生能够更好的完成实验,便于实验的实施,使学生在实验的过程中能够提升实验效果,提高学生实验学习效率,同时能够对学生实验进行指导、管理和考核等作用,以及对学生信息和实验器材的管理更加方便,使教师在实验教学安排更为便捷,增强教师对实验进程的部署、管理和考核能力,提高实验教学任务安排效率,本文研究了物联网安全实验管理系统平台。对以上问题分析和研究,本论文主要对实验管理平台和物联网安全实验平台进行了研究与设计:对实验管理平台设计中,为了提高实验管理系统平台的稳定性和兼容性,系统在总体架构上主要采用了Spring MVC架构和Hibernate架构。在实验管理模块设计中,采用Socket通讯技术来实现实验管理平台和物联网安全实验平台端口之间的信息传递,提高端口之间信息传输效率。在物联网安全实验平台研究中,该平台提供了13个相应的安全实验供学生实验操作,针对该平台主要采用了串口通讯技术来实现串口之间的信息传递,为了完成绘制网络拓扑结构,并能够实时动态的抓取网络中的信息,采用了网络拓扑绘制等关键技术。本论文所设计的物联网安全实验管理系统实现了对学生、教师等人员信息的管理,人员信息管理方便快捷,同时完成了对实验设备信息的管理,以及实验任务的部署安排。通过实验结果表明,相关实验能够正常运行,实验产生的数据结果和实验平台运行的数据结果一致。
[Abstract]:With the continuous improvement of the network construction of colleges and universities, it provides a favorable experimental environment for the security experiment of the Internet of things. Nowadays, experimental teaching has shown its unique teaching status and function in various colleges and universities. Therefore, experimental teaching has been paid more and more attention by colleges and universities. Experimental teaching can not only improve students' ability to start and innovate. But also can cultivate the student's team cooperation spirit, enhances the student's team cooperation ability. However, with the increase of enrollment in colleges and universities, the number of experimental equipment continues to expand, which brings great trouble to the management of students and experimental equipment information. In order to facilitate the students to complete the experiment better, to facilitate the implementation of the experiment, so that the students in the process of the experiment can improve the experimental effect, improve the efficiency of students' experimental learning, at the same time, can guide, manage and assess the student experiment, and so on. And the management of students' information and experimental equipment is more convenient, so that teachers' arrangement of experimental teaching is more convenient, and teachers' ability to deploy, manage and assess the experimental process is enhanced, and the efficiency of the task arrangement of experimental teaching is improved. This paper studies the platform of Internet of things security experiment management system. In order to improve the stability and compatibility of the experimental management system platform, this paper mainly researches and designs the experiment management platform and the Internet of things security experiment platform, in order to improve the stability and compatibility of the experiment management system platform, in order to improve the stability and compatibility of the experiment management system platform. The overall architecture of the system mainly uses Spring MVC architecture and Hibernate architecture. In the design of the experiment management module, the Socket communication technology is used to realize the information transmission between the experiment management platform and the Internet of things security experiment platform, and to improve the efficiency of the information transmission between the experiment management platform and the Internet of things security experiment platform. In the research of the Internet of things security experiment platform, the platform provides 13 corresponding security experiments for students' experiment operation. In view of the platform, the serial communication technology is mainly used to realize the information transmission between the serial ports. In order to draw the topology structure of the network and capture the information in the network in real-time and dynamically, the key technologies such as network topology drawing are adopted. The Internet of things security experiment management system designed in this paper realizes the management of students, teachers and other personnel information, and the personnel information management is convenient and fast. At the same time, the management of the experiment equipment information and the arrangement of the experiment tasks are completed. The experimental results show that the related experiments can run normally, and the results of the experiments are consistent with those of the experimental platform.
【学位授予单位】：济南大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP391.44;TN929.5;TP311.52
本文编号：2456690
[Abstract]:With the continuous improvement of the network construction of colleges and universities, it provides a favorable experimental environment for the security experiment of the Internet of things. Nowadays, experimental teaching has shown its unique teaching status and function in various colleges and universities. Therefore, experimental teaching has been paid more and more attention by colleges and universities. Experimental teaching can not only improve students' ability to start and innovate. But also can cultivate the student's team cooperation spirit, enhances the student's team cooperation ability. However, with the increase of enrollment in colleges and universities, the number of experimental equipment continues to expand, which brings great trouble to the management of students and experimental equipment information. In order to facilitate the students to complete the experiment better, to facilitate the implementation of the experiment, so that the students in the process of the experiment can improve the experimental effect, improve the efficiency of students' experimental learning, at the same time, can guide, manage and assess the student experiment, and so on. And the management of students' information and experimental equipment is more convenient, so that teachers' arrangement of experimental teaching is more convenient, and teachers' ability to deploy, manage and assess the experimental process is enhanced, and the efficiency of the task arrangement of experimental teaching is improved. This paper studies the platform of Internet of things security experiment management system. In order to improve the stability and compatibility of the experimental management system platform, this paper mainly researches and designs the experiment management platform and the Internet of things security experiment platform, in order to improve the stability and compatibility of the experiment management system platform, in order to improve the stability and compatibility of the experiment management system platform. The overall architecture of the system mainly uses Spring MVC architecture and Hibernate architecture. In the design of the experiment management module, the Socket communication technology is used to realize the information transmission between the experiment management platform and the Internet of things security experiment platform, and to improve the efficiency of the information transmission between the experiment management platform and the Internet of things security experiment platform. In the research of the Internet of things security experiment platform, the platform provides 13 corresponding security experiments for students' experiment operation. In view of the platform, the serial communication technology is mainly used to realize the information transmission between the serial ports. In order to draw the topology structure of the network and capture the information in the network in real-time and dynamically, the key technologies such as network topology drawing are adopted. The Internet of things security experiment management system designed in this paper realizes the management of students, teachers and other personnel information, and the personnel information management is convenient and fast. At the same time, the management of the experiment equipment information and the arrangement of the experiment tasks are completed. The experimental results show that the related experiments can run normally, and the results of the experiments are consistent with those of the experimental platform.
【学位授予单位】：济南大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP391.44;TN929.5;TP311.52
【参考文献】
相关期刊论文 前10条
1 周燕玲;;Spring MVC框架开发WEB应用程序的探索与研究[J];科技广场;2016年06期
2 孙娜;;高校实验教学管理平台的研究与实现[J];民营科技;2015年12期
3 韩方珍;俞守华;方永美;徐东风;肖媚燕;;基于物联网技术的实验室管理系统设计[J];实验室研究与探索;2015年12期
4 林之丹;;计算机网络实验管理系统的设计与实现[J];赤峰学院学报(自然科学版);2015年17期
5 刘小文;;交互式计算机实验室教学管理系统的设计与实现[J];无线互联科技;2015年04期
6 季峰;;基于Socket的物联网网关网络通信编程与实现[J];信息通信;2014年10期
7 胡敏;吴伟明;;Web系统下提高MySQL数据库安全性的研究[J];数字技术与应用;2014年09期
8 陈红;宋玲;;基于SSH的网络教学平台的设计与实现[J];电子技术与软件工程;2014年16期
9 许文勇;;基于Socket的网络编程技术及其实现[J];无线互联科技;2014年05期
10 陈爱霞;;高校实验教学管理系统的设计与实现[J];电脑知识与技术;2014年09期
相关硕士学位论文 前5条
1 李华明;基于PHP和MySQL的网上购物系统设计与实现[D];电子科技大学;2014年
2 应金航;基于MVC架构的公安部门网站内容管理系统的设计与实现[D];电子科技大学;2013年
3 潘嘉欣;基于物联网的智能建筑新能源应用管理系统的研究[D];长安大学;2013年
4 申振;开放式实验教学管理系统设计与开发[D];华中师范大学;2011年
5 刘云芳;高职开放式实验教学管理平台的设计与开发[D];湖南师范大学;2009年
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