特殊需求学习者的学习需求:基于图的内容排序自适应方法

J. Roman, Devarshi Mehta, P. Sajja
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引用次数: 2

摘要

本文研究了一种基于图的自适应方法,用于特殊需要学习者(SNL)学习对象的自定义排序。该算法有效地遍历包含学习内容主题的图的节点。这种方法不仅确保了为特殊需要的学习者定制学习,而且在学习过程中赋予了一定程度的智能。SNL考虑学习者的优先级和需求,从学习模块的第一个节点(基于优先级)到最后一个学习模块,遍历图上的必要节点,得到SNL的最优解。该算法的设计方式使学习过程和结果与预定义的课程一致。课程是根据SNL的个性化需求和学习能力,由多个独立的、可重复使用的学习模块协同而成。本文还提出了有助于SNL个性化学习的参数。
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Learning needs for special needs learners: A graph based adaptive approach for content sequencing
This paper considers a graph based adaptive approach for sequencing of learning objects for Special Needs Learners (SNL) in customized manner. The proposed algorithm traverses the nodes of the graph containing learning content topics in effective manner. This approach ensures not only customized learning for special needs learners, but also imparts some level of intelligence in the process of learning. The SNL goes through the necessary nodes on the graph form the first node of the learning module (priority based) to the last learning module considering the priorities and needs of the learners and obtains the optimal solution for the SNL. The algorithm is designed in such a way that the learning process and outcome are inline with the predefined curriculum. The curriculum is a tailor made collaboration of various independent and reusable learning modules as per the personalized requirements and the learning ability of the SNL. The paper also proposes the parameters that would contribute for the personalized learning of the SNL.
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