Towards Events Tweet Contextualization Using Social Influence Model and Users Conversations

Rami Belkaroui, R. Faiz
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引用次数: 11

Abstract

Nowadays, microblogging sites have completely changed the manner in which people communicate and share information. They are among the most relevant source of knowledge where information is created, exchanged and transformed, as witnessed by the important number of their users and their activities during events or campaigns like the terror attack in Paris in 2015. On Twitter, users post messages (called tweets) in real time about events, natural disasters, news, etc. Tweets are short messages that do not exceed 140 characters. Due to this limitation, an individual tweet it's rarely self-content. However, user cannot effectively understand or consume information. In order, to make tweet understandable to a reader, it is therefore necessary to know their context. In fact, on Twitter, context can be derived from users interactions, content streams and friendship. Given that there are rich user interactions on Twitter. In this paper, we propose an approach for tweet contextualization task which combines different types of signals from social users interactions to provide automatically information that explains the tweet. In addition, our approach aims to help users to satisfy any contextual information need. To evaluate our approach, we construct a reference summary by asking assessors to manually select the most informative tweets as a summary. Our experimental results based on this editorial data set offers interesting results and help ensure that context summaries contain adequate correlating information with the given tweet.
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利用社会影响模型和用户对话实现事件推文情境化
如今,微博网站已经彻底改变了人们交流和分享信息的方式。它们是信息创造、交换和转化的最相关的知识来源之一,在2015年巴黎恐怖袭击等事件或活动期间,它们的用户数量及其活动就证明了这一点。在Twitter上,用户实时发布有关事件、自然灾害、新闻等的消息(称为tweets)。tweet是不超过140个字符的短消息。由于这个限制,一条单独的推文很少是自我满足的。然而,用户不能有效地理解或消费信息。因此,为了让读者理解推文,有必要了解它们的上下文。事实上,在Twitter上,上下文可以从用户互动、内容流和友谊中获得。考虑到Twitter上有丰富的用户互动。在本文中,我们提出了一种推文上下文化任务的方法,该方法结合来自社交用户交互的不同类型的信号来自动提供解释推文的信息。此外,我们的方法旨在帮助用户满足任何上下文信息需求。为了评估我们的方法,我们构建了一个参考摘要,要求评估者手动选择信息量最大的tweet作为摘要。我们基于这个编辑数据集的实验结果提供了有趣的结果,并有助于确保上下文摘要包含与给定tweet充分相关的信息。
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