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互联网教育智能技术的发展方向与研发路径
引用本文:黄荣怀,陈丽,田阳,陆晓静,郑勤华,曾海军.互联网教育智能技术的发展方向与研发路径[J].电化教育研究,2020(1):10-18.
作者姓名:黄荣怀  陈丽  田阳  陆晓静  郑勤华  曾海军
作者单位:北京师范大学互联网教育智能技术及应用国家工程实验室
基金项目:国家社科基金“十三五”规划教育学重点课题“人工智能与未来教育发展研究”(课题编号:ACA190006)
摘    要:推进教育现代化、实现未来教育的包容性与个性化、推动教育相关产业的发展,有赖于互联网教育的发展及其关键技术的突破。以国际比较方式分析互联网教育智能技术的现状,发现有待突破的五大技术难题为网络交互、学习资源供给、学习者建模、学习空间融合和教育决策。针对我国教育的现实情况,围绕优质教育资源共享和智能教育服务的迫切需求,提出远程教学交互系统、知识建模与分析、学习者建模与学习分析、学习环境设计与评测、系统化教育治理等技术的发展方向和工程化研发路径。

关 键 词:互联网教育  智能技术  发展方向  研发路径

Study on the Development Direction and Path of Intelligent Technology in Internet Education
HUANG Ronghuai,CHEN Li,TIAN Yang,LU Xiaojing,ZHENG Qinhua,ZENG Haijun.Study on the Development Direction and Path of Intelligent Technology in Internet Education[J].E-education Research,2020(1):10-18.
Authors:HUANG Ronghuai  CHEN Li  TIAN Yang  LU Xiaojing  ZHENG Qinhua  ZENG Haijun
Institution:(National Engineering Laboratory for Cyberlearning and Intelligent Technology,Beijing Normal University,Beijing 100875)
Abstract:To promote the modernization of education,realize the inclusiveness and individuation of future education and promote the development of education-related industries all depend on the development of Internet education and the breakthrough of key technologies.By analyzing the current situation of intelligent technology in internet education through international comparison,this paper finds out that five major technical problems to be solved are network interaction,learning resource supply,learner modeling,learning space integration and educational decision-making.In view of the educational reality in China and the urgent demand for high-quality educational resource sharing and intelligent education service,the development direction and path are put forward,including distance teaching interactive system,knowledge modeling and analysis,learner modeling and learning analytics,learning environment design and evaluation,systematic education governance and other technologies.
Keywords:Internet Education  Intelligent Technology  Development Direction  Research and Development Path
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