Differential Analysis of Stylistic Features in English Translation Teaching Based on Semantic Contrastive Analysis

IF 3.1 Q1 Mathematics
Rong Yan
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Abstract

In this paper, in the process of digitization of stylistic features in English translation teaching, the simulated stylistic features in English translation teaching activities are quantified and pre-emphasized to obtain the decoder of stylistic features of English translation with higher precision, and the stylistic features recognition algorithm in English translation teaching is designed, and the results of the stylistic features recognition in English translation teaching can be obtained by substituting the initial data into the recognition algorithm. Based on stylistic feature recognition, combined with the post-particle swarm optimization algorithm and artificial neural network to construct the stylistic feature analysis model in English translation teaching, and use the method of statistical analysis to analyze the differences of stylistic features in English translation teaching. The results show that the rank means value of auxiliary is the highest, reaching 209.81, the lowest is a preposition (145.17), and the conjunction and adverb are 154.17 and 157.45 respectively, which indicates that auxiliary has the strongest variability of features in the translation of English novels, and this study enables students to have a comprehensive and in-depth understanding of the text, to grasp the stylistic features of the text, and to improve the students’ comprehensive English language ability and translation level.
基于语义对比分析的英语翻译教学中文体特征的差异分析
本文在对英语翻译教学中的文体特征进行数字化处理的过程中,对英语翻译教学活动中的模拟文体特征进行量化和预强调,得到精度较高的英语翻译文体特征解码器,并设计了英语翻译教学中的文体特征识别算法,将初始数据代入识别算法即可得到英语翻译教学中的文体特征识别结果。在文体特征识别的基础上,结合后粒子群优化算法和人工神经网络构建英语翻译教学中的文体特征分析模型,并运用统计分析的方法对英语翻译教学中的文体特征差异进行分析。结果表明,助词的秩均值最高,达到209.81,最低的是介词(145.17),连词和副词分别为154.17和157.45,说明助词在英语小说翻译中的特征变异性最强,该研究能使学生全面深入地理解文本,把握文本的文体特征,提高学生的英语综合能力和翻译水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Applied Mathematics and Nonlinear Sciences
Applied Mathematics and Nonlinear Sciences Engineering-Engineering (miscellaneous)
CiteScore
2.90
自引率
25.80%
发文量
203
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