智能手机在小学教育中的再利用研究

Xun Li, Pablo J. Ortiz, Jeffrey Browne, Diana Franklin, J. Oliver, R. Geyer, Yuanyuan Zhou, F. Chong
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引用次数: 5

摘要

由于技术规模化的快速发展,社会面临着严峻的环境挑战。随着智能手机的增加,制造能源、材料、处理费用的高企令人担忧。为了减轻未来设备的影响,作者提出了一种重用模型的设计,在这种模型中,过时的设备将被重用,用于一类可以满足旧的、不太可靠的技术的应用程序。特别是,作者发现智能手机的重用和教育应用程序之间有很好的匹配。实验表明,智能手机可以满足教育应用的资源需求。关键的挑战是软件的设计要能适应设备的极端异构性。为此,作者探讨了智能手机的演变,并描述了不同代智能手机之间不同类型的异质性。作者提出的见解,以帮助建立一个可持续的模式,设计移动应用程序的手机重用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Study of Reusing Smartphones to Augment Elementary School Education
Society faces a severe environmental challenge posed by the rapid advance of technology scaling. The high cost in manufacturing energy, materials, and disposal is worrisome with the increasing number of smartphones. To mitigate the impact of future devices, the authors propose a design for reuse model in which obsolete devices will be reused for a class of applications that can be satisfied with older, less reliable technology. In particular, the authors find a good match between the reuse of smartphones and educational applications. The experiments indicate that the resource requirements of educational applications can be satisfied by repurposed smartphones. The key challenge is the design of software that can adapt to extreme heterogeneity of devices. To this end, the authors explore smartphone evolutions and characterize different types of heterogeneities among different generations of smartphones. The authors propose insights to aid establishing a sustainable model of designing mobile applications for phone reuse.
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