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Learning in Simulated Environments: A Comparison to Learning in a Physical Environments Using Video Data Analysis

机译:在模拟环境中学习:与在物理环境中使用视频数据分析进行学习的比较

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Few studies that have evaluated the efficacy of learning in simulated environments have also examined differences in the processesthat learners in the simulated environments employed to arrive at the outcomes being measured. In this video analysis study, theresearchers sought to understand whether there were differences in the construction process used by participants who learned toconstruct circuits using a 2D simulation, a 3D simulation, or a physical breadboard and whether these differences subsequentlyimpacted several learning outcomes. The researchers systematically reviewed 30 videos (10 videos per condition) of participants’circuit construction to identify variations in their comprehension level and their construction procedures. The study found differencesin the construction process, odds of successful construction, and construction time for participants in the three conditions that could beattributed to differences in fidelity. These findings provide valuable insights about how learning in simulated environments impactproficiency and learning and can help improve the design of simulated learning environments.
机译:很少有研究评估模拟环境中学习的有效性的研究还检查了模拟环境中学习者用来获得所测结果的过程的差异。在此视频分析研究中,研究人员试图了解参与者使用2D模拟,3D模拟或物理面包板构造电路的建造过程中是否存在差异,以及这些差异随后是否影响了若干学习成果。研究人员系统地回顾了参与者电路构造的30个视频(每种情况下为10个视频),以确定其理解水平和构造过程的差异。研究发现,在三个条件下,参与者在建造过程,成功建造的几率和建造时间方面存在差异,这可能是保真度差异的原因。这些发现提供了关于模拟环境中的学习如何影响熟练程度和学习的宝贵见解,并且可以帮助改善模拟学习环境的设计。

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