Human Behaviour on the Web: Evolution, Interactions and Exploitation

L. Vassio
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Abstract

The Web has a fundamental impact on our life, and its usage is quite dynamic and heterogeneous. Moreover, the Web, and in particular Online Social Networks allow people to communicate directly with the public, bypassing filters of traditional medias. Among the others, politicians and companies are exploiting this technologies to widen their influence. In the talk I will show techniques to capture such usage evolution and analyze people interaction on the Internet. This information allows us to understand how users and web services change over time, and how someone can take advantage of these behaviours. There is a large literature about how to evaluate and influence a social network from an analytic point of view [7]. However, it is often not clear if the hypotheses in the mathematical models are valid in real cases and rarely there is enough ground-truth information in large scale experiments. In practice, we observe in the networks heuristic strategies following a trial-and-error approach and emerging behaviours. This is why I am focusing on capturing the human behaviour, directly measured in the present (and past) Web. Thanks to logs of users' traffic, and by active crawling Online Social Networks, I show how to reconstruct users' online activity and to model their behaviour, thanks also to Machine Learning approaches. We deeply understand the evolution of time spent of the Web by the users and the shifting from static pages to the usage of dynamic user-created pages and content in social networks ([4, 6, 9]). The peculiar social networks and other categories usage and evolution can be seen in [1, 4]. Still, considering a short horizon, usage is repetitive and this can exploited for identifying users even when they are not logged (behavioural fingerprints, [8]). Data from human behaviour can be used for extracting and processing social information, sometimes even without the explicit cooperation of the users, to provide new collaborative services. For example, a new service could be the recommendation of hot news that are obtained from aggregated clicks of entire communities (WeBrowse tool, proposed in [3]). Emerging behaviours of the users can also be exploited for expanding someone's influence. A clear example is the recent political debate in Instagram [5] or in WhatsApp [2]. Results suggest that profiles of politicians are able attract markedly different interactions. Moreover, a small group of very active followers can influence a large portion of the network.
人类在网络上的行为:进化、互动和利用
网络对我们的生活有着根本性的影响,它的使用是动态的和异构的。此外,网络,特别是在线社交网络允许人们直接与公众交流,绕过传统媒体的过滤。除此之外,政治家和公司正在利用这些技术来扩大他们的影响力。在演讲中,我将展示捕捉这种用法演变的技术,并分析人们在互联网上的互动。这些信息使我们能够了解用户和web服务如何随时间变化,以及某人如何利用这些行为。关于如何从分析的角度评估和影响一个社会网络,有大量的文献[7]。然而,数学模型中的假设在实际情况中是否有效常常是不清楚的,而且在大规模实验中很少有足够的基础真值信息。在实践中,我们观察到网络中的启发式策略遵循试错方法和新兴行为。这就是为什么我专注于捕捉人类的行为,直接测量在现在(和过去)的网络。感谢用户流量日志,并通过主动爬行在线社交网络,我展示了如何重建用户的在线活动和建模他们的行为,也感谢机器学习方法。我们深刻理解用户在网络上花费的时间的演变,以及社交网络中从静态页面到使用动态用户创建的页面和内容的转变([4,6,9])。特殊的社会网络和其他类别的使用和演变可以在[1,4]中看到。尽管如此,考虑到短期的使用,使用是重复的,这可以用来识别用户,即使他们没有被记录(行为指纹,[8])。来自人类行为的数据可以用于提取和处理社会信息,有时甚至没有用户的明确合作,以提供新的协同服务。例如,一项新的服务可以是推荐热点新闻,这些热点新闻是由整个社区的聚合点击量获得的(WeBrowse工具,在[3]中提出)。用户的新行为也可以被用来扩大某人的影响力。一个明显的例子是最近在Instagram[5]或WhatsApp[2]上的政治辩论。结果表明,政治家的形象能够吸引明显不同的互动。此外,一小群非常活跃的追随者可以影响网络的很大一部分。
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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