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Automatic ontology-based User Profile Learning from heterogeneous Web Resources in a Big Data Context

机译:基于自动本体的用户简档在大数据上下文中从异构Web资源中学习

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The Web has developed to the biggest source of information and entertainment in the world. By its size, its adaptability and flexibility, it challenged our current paradigms on information sharing in several areas. By offering everybody the opportunity to release own contents in a fast and cheap way, the Web already led to a revolution of the traditional publishing world and just now, it commences to change the perspective on advertisements. With the possibility to adapt the contents displayed on a page dynamically based on the viewer's context, campaigns launched to target rough customer groups will become an element of the past. However, this new ecosystem, that relates advertisements with the user, heavily relies on the quality of the underlying user profile. This profile has to be able to model any combination of user characteristics, the relations between its composing elements and the uncertainty that stems from the automated processing of real-world data. The work at hand describes the beginnings of a PhD project that aims to tackle those issues using a combination of data analysis, ontology engineering and processing of big data resources provided by an industrial partner. The final goal is to automatically construct and populate a profile ontology for each user identified by the system. This allows to associate these users to high-value audience segments in order to drive digital marketing.
机译:该网站已开发出世界上最大的信息和娱乐来源。通过其规模,其适应性和灵活性,它挑战了我们目前的宗旨,在几个地区的信息共享。通过向所有人提供以快速和便宜的方式发布自己内容的机会,该网站已经导致了传统出版世界的革命,刚才,它开始改变广告的视角。通过适应页面上显示的内容的可能性基于观众的上下文,可以成为目标粗略客户组的活动将成为过去的一个元素。然而,这种新的生态系统与用户涉及广告,严重依赖于基础用户简档的质量。该配置文件必须能够建模用户特征的任何组合,其构成元素与来自现实世界数据的自动化处理的不确定性之间的关系。手中的工作描述了一个博士项目的开始,旨在使用数据分析,本体工程和工业伙伴提供的大数据资源的处理来解决这些问题。最终目标是自动构造和填充系统标识的每个用户的配置文件本体。这允许将这些用户与高价值受众段联系起来以推动数字营销。

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