人机共生时代的知识学习:本质、范式与教育应答OA
Knowledge Learning in the Era of Human-Machine Symbiosis:Essence,Paradigm,and Educational Response
人工智能尤其是生成式人工智能的迅猛发展,正深刻重塑知识生产与传播的图景,也衍生了以人工智能替代传统知识积累的实践误区.基于此,文章聚焦人工智能引发的"知识学习必要性"之争论,首先进行本质澄清,剖析了机器进行知识处理的能力边界和人类知识学习的不可替代价值,对人机共生时代系统学习知识的必要性进行了再审视.之后,文章将人机认知分工矩阵与深度学习双链模型作为人机协同学习机制的核心支撑,构建了人机协同学习机制支持的人机共生学习新范式.最后,文章提出面向人机共生的教育改革路径,包括知识体系的动态调适路径、人机协作的课堂嵌入路径和学生学习的三维评价路径,以期为智能时代教育变革提供系统的理论解释与可操作的实践路径.
The rapid development of artificial intelligence(AI),especially generative AI,is profoundly reshaping the landscape of knowledge production and dissemination,and has also given rise to the practical misconception of replacing traditional knowledge accumulation with AI.Based on this,the paper focused on the debate over the"necessity of knowledge learning"triggered by AI.Firstly,this paper clarified the essence,analyzed the capacity boundaries of machines in knowledge processing and the irreplaceable value of human knowledge learning,and re-examined the necessity of systematical learning knowledge in the era of human-machine symbiosis.Subsequently,taking the human-machine cognitive division matrix and the deep learning dual-chain model as the core support of the human-machine collaborative learning mechanism,this paper constructed a new paradigm of human-machine symbiotic learning supported by the human-machine collaborative learning mechanism.Finally,this paper proposed educational reform paths oriented toward human-machine symbiosis,including the dynamic adjustment paths for knowledge systems,the classroom embedding paths for human-machine collaboration,and three-dimensional evaluation paths for student learning,aiming to provide systematic theoretical explanations and operable practical paths for educational transformation in the intelligent era.
王永花;殷旭彪;李为民
山西大同大学 教育科学与技术学院,山西 大同 037009大同师范高等专科学校 计算机与数据工程学院,山西 大同 037039山西大同大学 教育科学与技术学院,山西 大同 037009
社会科学
人机共生知识学习人工智能人机协同机器
human-machine symbiosisknowledge learningAIhuman-machine collaborativemachine
《现代教育技术》 2026 (4)
15-22,8
本文为2023年度全国教育科学规划课题教育部重点项目"多模态数据支持的同步课堂深度交互分析模型研究"(项目编号:DCA230462)、山西省教育科学"十四五"规划2024年度课题"人机共育下高阶思维培养路径研究"(项目编号:GH-240473)、2025年山西省高等学校教学改革创新项目"人机共育下培养大学生高阶思维的教学改革研究"(项目编号:J20250189)的阶段性研究成果.
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