Huangdi's Internal Classics(Neijin) is one of the most important ancient medical classics, which plays far-reaching influence in medical field. More and more domestic and overseas scholars published their translat...Huangdi's Internal Classics(Neijin) is one of the most important ancient medical classics, which plays far-reaching influence in medical field. More and more domestic and overseas scholars published their translated texts on Neijing. Due to the diversity of editions and different understanding, the translating styles and contents are widely different. This study will focus on the different translating styles on culture-specific lexicon、figure of speech and four-Chinese-character structures in Neijin.展开更多
To solve students’ dictation problems, a speech dictation system basedon character recognition is proposed in this paper. The system applied offlinehandwritten Chinese character recognition technology, denoised the i...To solve students’ dictation problems, a speech dictation system basedon character recognition is proposed in this paper. The system applied offlinehandwritten Chinese character recognition technology, denoised the imagethrough Gaussian filter, segmented the text through projection method, and convertedthe image to text through OCR technology. The straight line mark in thepicture was detected by Hough transform technology, and then SKB-FSS algorithmand WST algorithm were used for speech synthesis. Experiments show thatthe system can effectively assist students in dictation.展开更多
从人耳听觉特性出发,对能模拟耳蜗基底膜滤波特性的伽马通滤波器组进行了研究、修正,并以修正的滤波器组为基础,提出了一种基于耳蜗基底膜特性的GT-ERBCC(equivalent rectangular bandwidth cepstrum coeffi-cient based on GammaTone f...从人耳听觉特性出发,对能模拟耳蜗基底膜滤波特性的伽马通滤波器组进行了研究、修正,并以修正的滤波器组为基础,提出了一种基于耳蜗基底膜特性的GT-ERBCC(equivalent rectangular bandwidth cepstrum coeffi-cient based on GammaTone filters)语音特征提取方法。该方法能准确地表征出语音信号的特征,降低语音识别系统的难度,并将该方法应用于智能轮椅人机交互实验中。结果表明,基于耳蜗基底膜特性的特征提取方法能有效提高语音识别系统的识别率。展开更多
文摘Huangdi's Internal Classics(Neijin) is one of the most important ancient medical classics, which plays far-reaching influence in medical field. More and more domestic and overseas scholars published their translated texts on Neijing. Due to the diversity of editions and different understanding, the translating styles and contents are widely different. This study will focus on the different translating styles on culture-specific lexicon、figure of speech and four-Chinese-character structures in Neijin.
基金This article is supported by the 2020 Innovation and Entrepreneurship Training Program for College Students in Jiangsu Province(Project name:Mom doesn’t have to worry about my dictation any more-dictation software based on character recognition,No.202011460104T)This article is supported by the National Natural Science Foundation of China Youth Science Foundation project(Project name:Research on Deep Discriminant Spares Representation Learning Method for Feature Extraction,No.61806098)This article is supported by Scientific Research Project of Nanjing Xiaozhuang University(Project name:Multi-robot collaborative system,No.2017NXY16).
文摘To solve students’ dictation problems, a speech dictation system basedon character recognition is proposed in this paper. The system applied offlinehandwritten Chinese character recognition technology, denoised the imagethrough Gaussian filter, segmented the text through projection method, and convertedthe image to text through OCR technology. The straight line mark in thepicture was detected by Hough transform technology, and then SKB-FSS algorithmand WST algorithm were used for speech synthesis. Experiments show thatthe system can effectively assist students in dictation.
文摘从人耳听觉特性出发,对能模拟耳蜗基底膜滤波特性的伽马通滤波器组进行了研究、修正,并以修正的滤波器组为基础,提出了一种基于耳蜗基底膜特性的GT-ERBCC(equivalent rectangular bandwidth cepstrum coeffi-cient based on GammaTone filters)语音特征提取方法。该方法能准确地表征出语音信号的特征,降低语音识别系统的难度,并将该方法应用于智能轮椅人机交互实验中。结果表明,基于耳蜗基底膜特性的特征提取方法能有效提高语音识别系统的识别率。
