Computational Intelligence in Science Education

Shiyu Liu, Yangchunxiao Wang, Yonghe Zheng
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Abstract

Education is now facing great revolution with the integration of big data, artificial intelligent (AI), blockchain and many other emerging new techniques. The new technological innovations include hardware, software, and the new applications make the computational intelligence available in science education. AI is also expected to open the door to personalized learning processes, platforms and paths, which will allow each student to maximize her or his learning based on specific preferences and learning goals. In this paper, the development of computational intelligence, the student learning activities analysis on the basis of computer vision, and the blockchain for educational data sharing and data security are proposed to meet the requirements of next generation intelligent science education.
科学教育中的计算智能
随着大数据、人工智能、区块链等新兴技术的融合,教育正面临着一场伟大的革命。新的技术创新包括硬件、软件和新的应用,使计算智能在科学教育中可用。人工智能还有望为个性化的学习过程、平台和路径打开大门,这将使每个学生根据特定的偏好和学习目标,最大限度地提高自己的学习水平。本文提出了发展计算智能、基于计算机视觉的学生学习活动分析、区块链用于教育数据共享和数据安全等,以满足下一代智能科学教育的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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