School of Foreign Language and Trade, JiangXi University of Engineering, Xinyu, Jiangxi 338000, China.
School of Big Data and Computer, JiangXi University of Engineering, Xinyu, Jiangxi 338000, China.
Comput Intell Neurosci. 2022 Aug 27;2022:8149395. doi: 10.1155/2022/8149395. eCollection 2022.
In order to closely fit the characteristics of continuing education, the development of continuing education teaching activities under the network background should not only be combined with the characteristics of professional adult education but also make reasonable use of modern teaching models in the actual teaching process. Based on the community detection algorithm in complex networks, this article makes thorough research and analysis on the complexity of Chinese continuing education by using complex network technology. By establishing the characteristics of vertex degree distribution, average path length, and clustering coefficient of complex networks, it is confirmed that Chinese continuing education has scale-free network characteristics and small-world network characteristics. The three aspects of relationship strength comprehensively analyze the information dissemination speed, scope, interpretation, and application; through the combination of the ant colony algorithm and complex network technology, multiple information dissemination paths are abstracted in Chinese continuing education. The research shows that the application of complex network algorithms can effectively improve the speed and quality of continuing education in China. It is found that the government should increase the number of adult education projects and improve the level of project categories, form key adult education research basis to promote the diversification of research subjects, expand the space for adult education projects to balance regional and provincial differences and attach importance to basic research on adult education, and integrate applied research.
为了紧密贴合继续教育的特点,网络背景下继续教育教学活动的开展不仅要结合专业成人教育的特点,还要在实际教学过程中合理利用现代教学模式。本文基于复杂网络中的社区检测算法,运用复杂网络技术对中国继续教育的复杂性进行深入研究和分析。通过建立复杂网络的顶点度分布、平均路径长度和聚类系数的特征,证实了中国继续教育具有无标度网络特征和小世界网络特征。从关系强度的三个方面综合分析信息传播的速度、范围、解释和应用;通过蚁群算法与复杂网络技术的结合,在中文继续教育中抽象出多种信息传播路径。研究表明,复杂网络算法的应用可以有效提高中国继续教育的速度和质量。研究还发现,政府应该增加成人教育项目的数量,提高项目类别的水平,形成重点成人教育研究基础,以促进研究课题的多样化,扩大成人教育项目的空间,平衡地区和省级差异,重视成人教育的基础研究,并整合应用研究。