了解Twitter在英国大学的使用特征:一种社会网络分析(SNA)方法

Q4 Mathematics Journal of Computational Technologies Pub Date : 2019-03-27 DOI:10.18662/LUMPROC.98
Ufuk Bakan, Uğur Bakan, Turgay Han
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引用次数: 0

摘要

在过去十年中,Facebook、Twitter和LinkedIn等社交媒体平台的使用率急剧上升。Twitter是世界上第八大最受欢迎的网站,平均每天有近1100万次点击。Twitter可以用于同步和异步在线对话、提问和回答问题、分享意见、想法和资源。Twitter还提供了一个快速交流的平台,可以在学习过程中起到催化剂的作用。本文提出了一项调查使用Twitter社交媒体平台的选定的英国顶尖大学。该账户在一年内的推特数据被捕获。首先是被编码的推文总数,比如排名、可用(非垃圾)推文、转发数量、标签和选定大学官方推特账户上的推文。在本研究中,通过绘制Twitter数据对NodeXL程序进行可视化和分析。因此,每个搜索主题收集的数据集不超过2500条推文。经过60年基于计算机的文本分析方法的经验,可以用于定义基于规则的分类、主题提取、本体/分类法建模、主题分类和文档摘要。然后使用NodeXL统计模块计算每个节点和网络的统计数据(度和加权度、中心性统计、网络直径、图密度、平均路径长度)。使用Fruchterman-Reingold和Harel-Koren快速多尺度算法对数据进行可视化,如下图所示。讨论了这一发现的含义。
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Understanding the Usage Characteristics of Twitter in the UK Universities: A Social Network Analysis (SNA) Approach
The rate of use of social media platforms such as Facebook, Twitter, and LinkedIn has increased drastically over the last decade. Twitter is the eighth most popular website in the world, with an average of nearly eleven million hits a day. Twitter may be used for synchronous and asynchronous online conversations, asking and answering questions, and sharing opinions, ideas, and resources. Twitter also offers a platform for quick communication that could play a role as a catalyst for the learning process. This paper presents an investigation into the use of the Twitter social media platform by selected top universities in UK. Twitter data from that account in the 1-year period was captured. First was coded, the total number of tweets, like ranking, usable (non-spam) tweets, the number of retweeted, hashtags and tweets on the official Twitter accounts of selected universities. In this study, NodeXL program was visualized and analyzed by drawing the data from Twitter. As such data sets of no more than 2,500 tweets were gathered for each search topic. After 60 years of experience with computer-based text analysis approaches can be used to define rule-based classification, theme extraction, ontology/taxonomy modeling, topic categorization and document summarization. Statistics (degree and weighted degree, centrality statistics, network diameter, graph density, average path length) were then calculated for each node and for the network using the statistical module of NodeXL. The data were visualized using Fruchterman-Reingold and Harel-Koren Fast Multiscale algorithms as shown in the figures below. The implications of this finding are discussed.
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来源期刊
Journal of Computational Technologies
Journal of Computational Technologies Mathematics-Applied Mathematics
CiteScore
0.60
自引率
0.00%
发文量
37
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