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Framework to Identify At-Risk Students in E-learning Environment

机译:框架确定电子学习环境中的风险学生

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摘要

Fuzzy logic based methods together with the techniques from Artificial Intelligence have gained importance. It provides a sound foundation to handle imprecision and vagueness as well as mature inference mechanisms using varying degrees of truth. Sequential pattern mining is the mining of frequently occurring ordered events or to discover frequent subsequences as patterns in a sequence Database. Frequent sequential pattern discovery can essentially be thought of as association rule discovery over a temporal database. The time interval sequential patterns provide more valuable information than a conventional sequential pattern. However, this approach may cause a sharp boundary problem. In this paper, we aim to introduce a new algorithm "FTI-Apriori-Event" which predicts an optimum fuzzy time interval for the future occurrence of a given event based on fuzzy set as they provide a smooth transition between member and nonmember of a set, which in turn helps in "providing right products at the right time to the right customers".
机译:基于模糊的逻辑方法与人工智能的技术一起获得了重要性。它为处理不精确和模糊性以及使用不同程度的真理来处理不精确和模糊性的声音基础。顺序模式挖掘是经常发生的有序事件的挖掘或发现常常子句作为序列数据库中的模式。频繁顺序模式发现可以在时间数据库中主要被认为是关联规则发现。时间间隔顺序模式提供比传统的顺序模式更有价值的信息。然而,这种方法可能导致尖锐的边界问题。在本文中,我们的目的是引入一种新的算法“FTI-APRIORI-event”,其预测基于模糊集的给定事件的未来发生的最佳模糊时间间隔,因为它们提供了一个集合和非环境之间的平滑转换,这反过来有助于“在合适的时间为合适的客户提供正确的产品”。

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