信标在静止教育中促进教与学的潜力。

IF 0.2 Q4 EDUCATION & EDUCATIONAL RESEARCH
E-Mentor Pub Date : 2021-07-01 DOI:10.15219/em90.1524
Maria Bajak
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引用次数: 1

摘要

动态的技术进步正积极地影响着现代教育的形态。不断出现在市场上的发明往往是为了适应学校的需要。在教学中显示出特殊潜力的技术之一是信标。信标是一种小型设备,可用于通信、导航和研究接收者的行为。这些功能在教育过程中被使用,能够创造全新的学习体验。根据研究,它们可以成功地用于课堂,在正式学习过程中,以及在各种机构中,例如在文化机构中进行非正式的知识转移。这些传感器有助于创造一个知识和经验交流的动态空间,它将自动响应接受者的个人需求。本文的主要目的是介绍在固定教育背景下使用信标的可能性。这些考虑是基于对现有文献的回顾。这项工作不仅引起了人们对传感器本身问题的关注,而且引起了人们对它们与其他技术合作的可能性的关注。技术工具的协作可能有助于创造更全面的解决办法,从而提高教育过程的质量和效率。然而,正如分析显示的那样,信标在教育领域可能是一种很有前途的技术,但它们的用途是小众的。也许在未来的几年里,会有更多这样的解决方案,能够更准确地评估这些传感器。作者打算继续她的研究,以支持在波兰教育机构采用所描述的技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Potential of beacons to enhance teaching and learning in stationary education.
Dynamic technological progress is actively influencing the shape of modern education. Inventions that are constantly appearing on the market are often adapted to the needs of schools. One of the technologies that shows special potential in didactics is beacons. Beacons are small devices that can be used for communication, navigation and researching the recipient’s behavior. These functionalities are used in the education process, enabling the creation of completely new learning experiences. According to research, they can be successfully used in the classroom, during the formal learning process, as well as in various institutions, such as in informal transfer of knowledge, for example in cultural institutions. These sensors can contribute to the creation of a dynamic space for the exchange of knowledge and experiences, which will automatically respond to the individual needs of the recipient. The main goal of this article is to present the possibility of using beacons in the context of stationary education. The considerations were based on a review of the available literature. The work draws attention not only to the problems of the sensors themselves, but also to the possibility of their cooperation with other technologies. The collaboration of technical tools may contribute to the creation of more comprehensive solutions and, as a result, an increase in the quality and efficiency of the education process. However, as the analysis shows – beacons can be a promising technology in education, but their use is niche. Perhaps in future years, there will be more such solutions that will enable a more accurate assessment of these sensors. The author intends to continue her research to support the adoption of the described technology in Polish educational institutions.
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E-Mentor
E-Mentor EDUCATION & EDUCATIONAL RESEARCH-
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