Culture and Tourism Department, Taiyuan University, Taiyuan 030032, Shanxi, China.
J Environ Public Health. 2022 Aug 22;2022:8371421. doi: 10.1155/2022/8371421. eCollection 2022.
In order to improve the quality of College Chinese teaching, innovate the teaching mode, enrich the teaching content, and fundamentally improve the application and practice ability of college students so as to promote the reform of College Chinese teaching, this article briefly describes the research background of this subject, introduces the special teaching mode under the network environment, and briefly describes the basic content and practice of the special teaching method. This article mainly explores the construction of a network environment based on blockchain technology, including the construction of a blockchain framework and the application of the blockchain system. This article briefly analyzes the functional requirements of the network environment, explores the application practice of the mental health teaching method and the special subject teaching method based on the network environment, and finally studies the creation and implementation of the network environment conditions of the special subject teaching method. By creating a high-quality network environment, it provides a technical guarantee for the application and realization of special teaching method, effectively meets the needs of College Chinese teaching, and cultivates students' interest. Under the joint action of the above algorithms, the BTP congestion control system is verified by the laboratory simulation environment: it has more than 40% random packet loss resistance, the bandwidth is still available as low as 300 kbps, and the network jitter is 1200 ms. It has been proved that the mental health teaching method, the special subject teaching method, and the network environment have remarkable application effects in College Chinese teaching and are worthy of wide application and promotion.
为了提高大学语文教学质量，创新教学模式，丰富教学内容，从根本上提高大学生的应用和实践能力，促进大学语文教学改革，本文简要描述了本课题的研究背景，介绍了网络环境下的特殊教学模式，并简要描述了特殊教学方法的基本内容和实践。本文主要探讨了基于区块链技术的网络环境的构建，包括区块链框架的构建和区块链系统的应用。本文简要分析了网络环境的功能要求，探讨了基于网络环境的心理健康教学方法和特殊学科教学方法的应用实践，最后研究了特殊学科教学方法的网络环境条件的创建和实现。通过创建高质量的网络环境，为特殊教学方法的应用和实现提供了技术保障，有效满足了大学语文教学的需求，培养了学生的兴趣。在上述算法的共同作用下，BTP 拥塞控制系统通过实验室模拟环境进行了验证：它具有超过 40%的随机丢包抵抗能力，带宽仍然可用，低至 300kbps，网络抖动为 1200ms。已经证明，心理健康教学法、特殊学科教学法和网络环境在大学语文教学中具有显著的应用效果，值得广泛应用和推广。
