一种基于人工蚂蚁的自动定制支架

F. Ammor, D. Bouzidi, A. Elomri
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引用次数: 1

摘要

近年来,远程教育已成为一种新的培训方式。不幸的是,尽管它有很多优点,但它仍然有很高的辍学率,这主要是由于在学习方面缺乏适当的监测和支持。我们建议实现一种智能辅导系统,通过考虑学习者在学习过程中的演变,通过他们的互动将学习者分成代表他们学习概况的组。然后,将每个学习者与能够对其行为做出反应的导师联系起来,在整个学习过程中为他们提供支持和适当的陪伴。的确,通过分类算法得到的轮廓不能被认为是一个正确的轮廓,我们必须考虑学习者的情绪,个人和职业的约束,这些约束会显著影响学习者的表现和行为。因此,有必要继续监测他的进步,并根据他在整个学徒生涯中占主导地位的行为推断出他的确切概况。然而,在学徒制度的第一次接触中,需要一个对学习者的需求和期望有充分了解的导师的支持。因此,我们必须能够推断出他的确切资料,同时联系一个智能导师,提供持续的支持,并从培训开始就尽可能相关。由于学习器数量众多,我们提出了一种基于蚂蚁行为的分类方法;它是对无监督算法ANTCLUST的改进。之所以选择人工蚂蚁,是因为它们以其动态和进化的特性而闻名,这将使我们能够继续监督学习者的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An automatic and customized support based on artificial ants
In recent years, the distance learning has become as a new approach to complete the training. Unfortunately, and despite all its advantages, it still suffers of a significant drop-out rate which is due, in particular, in the absence of an appropriate monitoring and support in learning. We propose to achieve an intelligent tutoring system able to classify learners into groups representing their learning profiles through their interactions, by taking into account their evolution during the learning. For then associate each learner with a tutor of the same profile that can react to its actions, providing them support and appropriate accompaniment throughout their learning The classification of learners in the profiles was carried out following several steps. Indeed, the profile derived by the classification algorithm cannot be considered as a correct profile, we have to consider the mood of learner, the personal and professional constraints that can significantly influence his performance and behavior. Thus, it is essential to continue to monitor his progress and to deduce his exact profile following behavior which dominates throughout his apprenticeship. However, the need of support by a tutor with a good knowledge of the needs and expectations of learner appears in his first contact with the apprenticeship system. Thus we have to be able to deduce his exact profile while associating an intelligent tutor providing ongoing support and as relevant as possible from the start of training. Due to the large number of learners, we propose a method for classification based on the behavior of ants; it is an improvement of the unsupervised algorithm ANTCLUST. The choice landed on the artificial ants because they are known for their dynamic and evolutionary aspects that will allow us to continue to supervise the development of learners.
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