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首页> 外文期刊>Journal of Intelligent Learning Systems and Applications >Dominant Meaning Method for Intelligent Topic-Based Information Agent towards More Flexible MOOCs
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Dominant Meaning Method for Intelligent Topic-Based Information Agent towards More Flexible MOOCs

机译:智能主题信息代理对更灵活的MOOC的主导意义方法

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The use of agent technology in a dynamic environment is rapidly growing as one of the powerful technologies and the need to provide the benefits of the Intelligent Information Agent technique to massive open online courses, is very important from various aspects including the rapid growing of MOOCs environments, and the focusing more on static information than on updated information. One of the main problems in such environment is updating the information to the needs of the student who interacts at each moment. Using such technology can ensure more flexible information, lower waste time and hence higher earnings in learning. This paper presents Intelligent Topic-Based Information Agent to offer an updated knowledge including various types of resource for students. Using dominant meaning method, the agent searches the Internet, controls the metadata coming from the Internet, filters and shows them into a categorized content lists. There are two experiments conducted on the Intelligent Topic-Based Information Agent: one measures the improvement in the retrieval effectiveness and the other measures the impact of the agent on the learning. The experiment results indicate that our methodology to expand the query yields a considerable improvement in the retrieval effectiveness in all categories of Google Web Search API. On the other hand, there is a positive impact on the performance of learning session.
机译:作为一种强大的技术之一,在动态环境中使用代理技术正迅速增长,并且需要从众多方面(包括MOOC环境的迅速发展)非常重要地向大量开放的在线课程提供智能信息代理技术的好处。 ,并且更多地关注静态信息而不是更新信息。在这种环境中的主要问题之一是将信息更新为每时每刻都在互动的学生的需求。使用这样的技术可以确保更灵活的信息,更少的浪费时间并因此获得更高的学习收益。本文介绍了基于智能主题的信息代理,以为学生提供包括各种资源在内的最新知识。代理使用主要含义方法搜索Internet,控制来自Internet的元数据,过滤并将其显示到分类的内容列表中。在基于智能主题的信息代理上进行了两个实验:一个测量检索效率的提高,另一个测量该代理对学习的影响。实验结果表明,我们用于扩展查询的方法在所有类别的Google Web Search API的检索效率方面均取得了显着改善。另一方面,对学习表现有积极影响。

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