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Developing an Intelligent Tutoring System for Vehicle Dynamics

机译:开发用于车辆动力学的智能辅导系统

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Intelligent Tutoring Systems (ITS) represent a substantial portion of knowledge from human tutors, therefore they are able to provide a better learning guidance than Computer Assisted Instructions (CAI). One of the most important goals of an ITS is to provide feedback tailored to the learner unique needs. There are several educational activities that are supported by these systems such as: problem solving, example review, educational games, etc. This research focus on interactive simulation to improve the learning curve of vehicle dynamics topics as it has been shown that engineer students usually find math and physics too boring and hard to understand when they are unable to map a topic to a real life problem, therefore a most interactive approach seeks to catch student attention while providing a sandbox to experiment and learn. In this paper we present our first prototype, discuss its design and provide test results based on a two year evaluation process.
机译:智能补习系统(ITS)代表着来自人类补习者的大部分知识,因此,它们能够提供比计算机辅助教学(CAI)更好的学习指导。 ITS最重要的目标之一是提供针对学习者独特需求的反馈。这些系统支持多种教育活动,例如:问题解决,示例复习,教育游戏等。本研究着重于交互式仿真,以改善车辆动力学主题的学习曲线,因为事实表明,工程师学生通常会发现当数学和物理学无法将主题映射到现实生活中时,它们太无聊且难以理解,因此,最具交互性的方法旨在在提供沙盒进行实验和学习的同时吸引学生的注意力。在本文中,我们展示了我们的第一个原型,讨论了其设计,并基于两年的评估过程提供了测试结果。

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