An Intelligent Interactive Visualizer to Improve Blended Learning in Higher Education

Rangana Jayashanka, K. Hewagamage, E. Hettiarachchi
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引用次数: 1

Abstract

Universities tend to design, create and evaluate new learning activities to enhance the learning environment for both students and teachers. Furthermore, higher educational institutes are finding solutions to create more personalized learning environments. There is an opportunity to improve the learning environment by applying Learning Analytics to educational data generated by learners interacting with Virtual Learning Environments (VLEs) and other digital learning tools. More personalized learning environments can be implemented by applying Learning Analytics on Learning Designs. Students' learning progress can be captured through Learning Dashboards in real-time by applying Learning Analytics during the course run-time. We can improve Blended Learning through the synergy between Learning Analytics and Learning Design. This paper provides an outline of a research project which aims to link Learning Design with Learning Analytics in order to enhance the learning environments and improve both teachers and student satisfaction. The paper provides the proposed framework of a Digital Learning Tool (Intelligent Interactive Visualizer) and sets out the program of research and development. The expected outcomes of the research project also discussed.
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提高高等教育混合式学习的智能交互式可视化工具
大学倾向于设计、创造和评估新的学习活动,以改善学生和教师的学习环境。此外,高等教育机构正在寻找解决方案,以创造更加个性化的学习环境。通过将学习分析应用于学习者与虚拟学习环境(VLEs)和其他数字学习工具交互产生的教育数据,有机会改善学习环境。通过在学习设计中应用学习分析,可以实现更加个性化的学习环境。通过在课程运行期间应用学习分析,可以通过学习仪表板实时捕获学生的学习进度。我们可以通过学习分析和学习设计之间的协同作用来改善混合式学习。本文提供了一个研究项目的大纲,旨在将学习设计与学习分析联系起来,以增强学习环境,提高教师和学生的满意度。本文提出了一种数字学习工具(智能交互可视化器)的框架,并提出了研究和开发计划。并对研究项目的预期成果进行了讨论。
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