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Activity Theory Approach to Developing Context-Aware Mobile Learning Systems for Understanding Scientific Phenomenon and Theories

机译:运用活动理论方法开发情境感知的移动学习系统,以理解科学现象和理论

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摘要

Mobile computing offers potential opportunities for students' learning especially when it combines a sensing device such as RFID (Radio Frequency Identification). Researchers have indicated that a key feature of in-field learning supported by mobile devices and technology is context awareness, with which context and functionality provided by the learning system are adapted to the user's situation. However, the design of context-aware mobile learning systems provides the authors with major challenges in terms of both defining use context as well as developing appropriate concepts relevant to the design of contextual information on the systems. Educators have highlighted the role of activity in science development and learning, implying that activity theory can be used to design a mobile learning environment. This paper presents the use of activity theory as a framework for describing the design of a context aware mobile learning application. A case study for the design of a mobile learning application for science learning is described using activity theory.
机译:移动计算为学生的学习提供了潜在的机会,尤其是当它结合了诸如RFID(射频识别)之类的传感设备时。研究人员已经指出,移动设备和技术支持的现场学习的关键特征是情境感知,学习系统提供的情境和功能可以根据用户的情况进行调整。但是,上下文感知移动学习系统的设计在定义使用上下文以及开发与系统上下文信息设计相关的适当概念方面给作者带来了重大挑战。教育工作者强调了活动在科学发展和学习中的作用,这意味着活动理论可用于设计移动学习环境。本文介绍了使用活动理论作为描述情境感知移动学习应用程序设计的框架。使用活动理论描述了一个用于科学学习的移动学习应用程序设计的案例研究。

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