Construction and Application of Smart Education Teaching Platform

Author:

Yang Hui

Abstract

Abstract With the continuous development of science and technology, my country has gradually entered the era of big data. In this case, various Internet technologies and teaching software continue to appear and are widely used in classrooms. Therefore, this article discusses how to make better use of intelligent learning platforms in terms of big data to improve the quality of education and serve platform users. This system divides teaching work into basic modules and provides a network application platform for smart classrooms. Through the connection with the education cloud platform, it can identify the sharing of high-quality educational resources, expand its implementation and promotion, and use intelligent learning. The platform is the test group, and traditional education is the control group for all research fields and research. The research results show that the intelligent learning platform is a new type of service platform that has a certain impact on the traditional education model. However, from another perspective, the technology has improved the traditional education model in an innovative way. This model can be used to realize intelligent learning through the use of Internet technology, and can solve various problems in the field of education, increase the allocation of reasonable educational resources and significantly improve the quality of education.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference10 articles.

1. Customer-oriented evaluation of geoheritage—on the example of volcanic geosites in the west sudetes, sw poland;Róycka;Geoheritage,2018

2. Local wisdom, hinduism, and religious education in the present day indonesia: challenge and opportunity;Ardhana;American Chinese Foreign Language,2020

3. Strengthening core values pesantren as a local wisdom of islamic higher education through ma’had jami’ah;Abubakar;Iop Conference,2018

4. Radio propagation and wireless coverage of lsaa-based 5g millimeter-wave mobile communication systems;Wang;China Communications,2019

5. Powering the internet of things;Pikul;Joule,2018

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