Implementasi dan Analisis Performansi QoS pada Aplikasi English Competency Test

Sarah Astiti, Nanda Iryani
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引用次数: 1

Abstract

Pandemic and New Normal are two new things that have an impact on the education sector, one of which is in higher education. It is clear that the face-to-face learning system changes to an online system. The Language Center of Telkom Institute of Technology Purwokerto has also reformed the method of procuring the TOEFL test, namely by developing an English Competency Test (ECT) application. This study aims to measure the Quality of Service (QoS) of the network during the online test process and to analyze it with measurement parameters such as throughput, delay, and packet loss. The object of research is to take the user's network condition in real time with general problems such as the unstable network that causes disruption during the online test. The goal is that we know how much bandwidth usage, the number of packets lost and the waiting time in the data exchange process on the network. Students take the exam with a time span of 115 minutes with a composition of 3 parts consisting of listening, structure and reading. Retrieval of data takes the network conditions used by users in various places directly totaling 150 users and 1 admin in the implementation of the ECT application. The results obtained are that the use of performance from the user / student side is greater than when measured from the admin side with the greatest bandwidth of 7968 bps throughput, 1665.5 ms delay, and 7.3% packet loss. The results are all very good according to the ITU-T G.1010 standard, but the category is medium for throughput from the user side.
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大流行和新常态是对教育部门产生影响的两个新事物,其中一个是高等教育。很明显,面对面的学习系统转变为在线系统。普沃克尔托电信技术学院语言中心也改革了获得托福考试的方法,即开发英语能力测试(ECT)应用程序。本研究旨在测量在线测试过程中网络的服务质量(QoS),并使用吞吐量、延迟、丢包等测量参数对其进行分析。研究的目的是实时获取用户的网络状况,并解决在线测试过程中出现的网络不稳定等普遍问题。我们的目标是了解网络上数据交换过程中的带宽使用量、丢失的数据包数量和等待时间。考试时间为115分钟,由听力、结构和阅读三部分组成。数据的检索直接获取了ECT应用实现中各地用户使用的网络状况,共计150个用户和1个管理员。得到的结果是,从用户/学生端使用的性能比从管理端使用的性能更大,最大带宽为7968 bps吞吐量,1665.5 ms延迟和7.3%数据包丢失。根据ITU-T G.1010标准,这些结果都非常好,但从用户端的吞吐量来看,这一类别属于中等。
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