Department of Foreign Languages, Jiujiang University, Jiujiang, Jiangxi 332005, China.
Technical Service Center, Winner Technology Co., Inc., Shanghai 201210, China.
Comput Intell Neurosci. 2022 May 26;2022:9144656. doi: 10.1155/2022/9144656. eCollection 2022.
This article draws on previous research on constructive English teaching models and uses multimodal neural network algorithm theory and constructive English teaching as the theoretical basis, experimental research method, questionnaire survey method, and evaluation method. In this article, we propose a multimodal neural network consisting of a multiscale FCN module and an LSTM module. The network focuses on both the multiscale geometric spatial features and the numerical time-dependent features of the time series curves, and with the comprehensive knowledge of their characteristics, it can better distinguish the classes to which the series belong. A large-scale perceptual field is achieved by null convolution in the model to ensure that the training pressure does not increase significantly. A series of experiments on the UCR dataset verifies the effectiveness and superiority of the model. Simulation experiments were conducted to build the proposed constructive English teaching model based on a multimodal neural network algorithm, and a test environment was built for use case testing. The experimental results showed that the algorithm can be better applied to constructive English teaching and has better adaptability and accuracy in various scenarios. At the end of the experiment, a posttest of grammar level was conducted in two classes to test whether the constructive English teaching model based on the multimodal neural network model could help students improve their English grammar skills. The results of the data analysis showed that the mean score of the experimental class was significantly higher than that of the control class, and the experimental class showed a more significant improvement, indicating that this new constructive English teaching model was beneficial to improving students' English grammar skills. The interaction strategy proposed under the constructive English teaching model can effectively improve the interaction between teachers and students. This positive feedback effect can provide front-line teachers with corresponding teaching references.
本文借鉴了建设性英语教学模式的前期研究,以多模态神经网络算法理论和建设性英语教学为理论基础,采用实验研究方法、问卷调查法和评价法。本文提出了一种由多尺度 FCN 模块和 LSTM 模块组成的多模态神经网络。该网络既关注时间序列曲线的多尺度几何空间特征,又关注数值时变特征,综合其特征的全面知识,能够更好地区分序列所属的类别。模型中采用空洞卷积实现了大感受野,保证训练压力不会显著增加。在 UCR 数据集上进行了一系列实验,验证了模型的有效性和优越性。模拟实验构建了基于多模态神经网络算法的建设性英语教学模型,并构建了测试环境进行用例测试。实验结果表明,该算法可以更好地应用于建设性英语教学,在各种场景下具有更好的适应性和准确性。在实验结束时,对两个班级进行了语法水平的后测,以测试基于多模态神经网络模型的建设性英语教学模式是否有助于学生提高英语语法技能。数据分析的结果表明,实验组的平均分明显高于对照组,实验组的进步更为显著,表明这种新的建设性英语教学模式有利于提高学生的英语语法技能。建设性英语教学模式下提出的互动策略可以有效提高师生互动。这种积极的反馈效应可以为一线教师提供相应的教学参考。