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基于人工智能的教研资源共享平台研究

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随着互联网的发展,信息时代已到来,但教育资源的不均衡分配与低效利用问题却日益凸显,成为制约教育质量提升的重要因素。为应对这一挑战,人工智能技术在教育领域展现出巨大潜力,为解决上述问题提供新的路径。文章构建一个基于人工智能的教研资源共享平台,旨在实现教育资源的智能化整合与优化配置,促进教师间的经验交流与知识共享,同时,加强家校协同育人,推动教学方法的创新与教育质量的全面提升。该平台通过深度学习、自然语言处理等技术,自动分析、归类并推荐优质教育资源,利用大数据分析提供个性化教学辅助与科研支持,并通过家校沟通桥梁的构建,促进家庭与院校共同关注孩子的成长。文章深入探讨平台的构建背景、功能特点、应用实践,以期为教育信息化进程中的资源建设与共享模式创新提供参考。
Research on Educational and Research Resource Sharing Platform Based on Artificial Intelligence
With the development of the Internet and the arrival of the information age,the uneven distribution and inef-ficient utilization of educational resources have become increasingly prominent,becoming a significant factor that re-stricts the improvement of educational quality.To address this challenge,artificial intelligence technology has shown great potential in the field of education,offering new solutions to these problems.This article constructs an AI-powered teaching and research resource sharing platform aimed at achieving intelligent integration and optimization of educational resources,promoting experience exchange and knowledge sharing among teachers,strengthening home-school collaboration in education,and driving innovation in teaching methods and comprehensive improve-ments in educational quality.The platform leverages technologies such as deep learning and natural language process-ing to automatically analyze,classify,and recommend high-quality educational resources.It utilizes big data analysis for personalized teaching assistance and research support,and builds communication bridges between families and schools to promote joint attention to children's growth.This article delves into the construction background,func-tional characteristics,and application practices of the platform,aiming to provide references for the innovation of re-source construction and sharing models in the process of educational informatization.

artificial intelligenceeducational and research resource sharing platformeducation informatization

林道勇

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海南省教育研究培训院 海口 571150

人工智能 教研资源共享平台 教育信息化

2025

办公自动化
中国仪器仪表学会

办公自动化

影响因子:0.026
ISSN:1007-001X
年,卷(期):2025.30(2)