A Hybrid Reasoning Method of Knowledge Graph for On-line Arts Education based on Reinforcement Learning

Gang Li, Ruixin Han
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Abstract

With the popularization of online education mode, online arts education has entered the public field of vision. However, due to the non-systematic and non-standard art teaching at home and abroad, there is still a huge room for improvement in its scale and knowledge system. In this paper, a hybrid reasoning method of knowledge graph based on Reinforcement Learning - Multi relational GCN reasoning combined with reinforcement learning (RL-URGCN) is introduced, which uses the knowledge reasoning technology to mine the knowledge standardization. The scattered knowledge can be formed into a relational and structured knowledge system, so as to improve the learning efficiency and promote the teaching process in the process of art education.
基于强化学习的在线艺术教育知识图混合推理方法
随着网络教育模式的普及,网络艺术教育进入了大众的视野。然而,由于国内外美术教学的不系统、不规范,其规模和知识体系仍有很大的提升空间。本文介绍了一种基于强化学习-多关系GCN推理与强化学习相结合的知识图混合推理方法(RL-URGCN),利用知识推理技术挖掘知识标准化。在美术教育过程中,可以将分散的知识形成一个有关系的、结构化的知识体系,从而提高学习效率,促进教学进程。
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