Applying network simulation tools in learning process

IF 2.1 Q1 EDUCATION & EDUCATIONAL RESEARCH
A. Podsadnikov, K. V. Rozov, S. Kratov
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Abstract

The article is devoted to the problem of professional training of university students in the field of computer networks in the absence of specialized laboratories. The solution to this problem is the use of computer networks simulation tools. The authors presented thematic plan for studying the discipline ≪Computer networks and the Internet≫. The article considers domestic and foreign experience of using computer networks simulation tools. Based on the eight criteria identified by the authors, the analysis was carried out of the most popular software in the academic environment for computer networks modeling: Cisco Packet Tracer, GNS3, NS-3, EVE-NG, OMNeT++. As a result of the analysis and comparison, it was concluded that the Cisco Packet Tracer software product is the most preferred modeling environment in the conditions of a pedagogical university. The example of using the Cisco Packet Tracer modeling system within the training course ≪Computer networks and the Internet≫ is given, demonstrating the solution of a practice-oriented problem. The example shows the possibility of simulating switching, server, user equipment in the Cisco Packet Tracer environment; the ability to work with wireless networks. The principles of setting up server hardware and related software are considered.
在学习过程中应用网络仿真工具
本文探讨了在缺乏专业实验室的情况下,计算机网络专业大学生的专业培养问题。解决这一问题的方法是利用计算机网络仿真工具。作者提出了研究学科《计算机网络和因特网》的专题计划。本文综合考虑了国内外使用计算机网络仿真工具的经验。基于作者确定的八个标准,分析是在计算机网络建模的学术环境中最流行的软件:Cisco Packet Tracer, GNS3, NS-3, EVE-NG, omnet++。通过分析和比较,得出思科数据包跟踪软件产品是某师范院校条件下最优选的建模环境。文中给出了在培训课程《计算机网络和因特网》中使用思科数据包追踪建模系统的例子,展示了解决面向实践的问题的方法。该实例说明了在Cisco Packet Tracer环境中模拟交换机、服务器、用户设备的可能性;使用无线网络的能力。考虑了服务器硬件和相关软件的设置原则。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Informatics in Education
Informatics in Education EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
6.10
自引率
3.70%
发文量
20
审稿时长
20 weeks
期刊介绍: INFORMATICS IN EDUCATION publishes original articles about theoretical, experimental and methodological studies in the fields of informatics (computer science) education and educational applications of information technology, ranging from primary to tertiary education. Multidisciplinary research studies that enhance our understanding of how theoretical and technological innovations translate into educational practice are most welcome. We are particularly interested in work at boundaries, both the boundaries of informatics and of education. The topics covered by INFORMATICS IN EDUCATION will range across diverse aspects of informatics (computer science) education research including: empirical studies, including composing different approaches to teach various subjects, studying availability of various concepts at a given age, measuring knowledge transfer and skills developed, addressing gender issues, etc. statistical research on big data related to informatics (computer science) activities including e.g. research on assessment, online teaching, competitions, etc. educational engineering focusing mainly on developing high quality original teaching sequences of different informatics (computer science) topics that offer new, successful ways for knowledge transfer and development of computational thinking machine learning of student''s behavior including the use of information technology to observe students in the learning process and discovering clusters of their working design and evaluation of educational tools that apply information technology in novel ways.
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