Open Access

Strategies for improving Chinese language proficiency based on artificial intelligence technology

   | Apr 28, 2023

Cite

LI Weigang, Liriam Michi Enamoto, Denise Leyi LI, Geraldo Pereira Rochafilho. (2022). Frontiers of Artificial Intelligence: Humanoid, machine, bionic and quantum intelligence. Frontiers of Information Technology & AMP; Electronic Engineering, 23(6), 984-991. Search in Google Scholar

Deng Shiyu, Liu Chengzhi, Tan Yong, Liu Delong, Zhang Nan, Kang Zhe, Li Zhenwei, Fan Cunbo, Jiang Chunxu, Lu Zhong. (2022). A combination of deep learning methods for target classification in small sample space [J]. Spectroscopy and Spectral Analysis, 42(02), 609-615. Search in Google Scholar

Hui Liu,Abdus Salam Aljbri,Jie Song,Jinqing Jiang,Chun Hua. (2022). Research Advances on AI-Powered Thermal Management for Data Centers. Tsinghua Science and Technology, 27(02), 303-314. Search in Google Scholar

Jiao Qingliang, Liu Ming, Yu Kun, Liu Zilong, Kong Lingqin, Hui Mei, Dong Liquan, Zhao Yuejin. (2022). Spectral preprocessing method based on convolutional neural network. Spectroscopy and Spectral Analysis, 42(01), 292-297. Search in Google Scholar

Chen Yan-ling, Cheng Liang-lun, Wu Heng, XU Li-min, He Wei-jian, Li Feng. (2021). Identification of terahertz spectral material based on wavelet coefficient map and convolutional neural network. Spectroscopy and Spectral Analysis, 41(12), 3665-3670. Search in Google Scholar

Xu Yuxue, Wang Yun, Yan Tianhong, He Yuchen, Wang Jun, Gu De, Du Haiping, Li Weihua. (2021). A Soft sensor method for non-stationary Processes based on Bayesian Networks with Hidden Variables. Frontiers of Information Technology & AMP; Electronic Engineering, 22 (9), 1234-1247. Search in Google Scholar

Shen Peixin, Jiang Wenjie, Li Weikang, Lu Zhide, Deng Dongling. (2021). Adversarial learning in quantum artificial intelligence. Acta physica sinica, 70(14), 26-37. Search in Google Scholar

Li Miao, Lin Zaiping, Fan Jianpeng, Sheng Weidong, Li Jun, An Wei, Li Xinlei. (2021). Point target detection based on deep spatiotemporal convolutional neural network. Journal of infrared and millimeter waves, 40(01), 122-132. Search in Google Scholar

Wang Hao, Wang Zhiyuan, Wang Bendong, Yu Zhuoqun, Jin Zhonghe,John L. Rassidis. (2020). Frontiers of Science & Technology; Frontiers of Science & Technology; Frontiers of Science & Technology; Electronic Engineering, 21(11), 1661-1671. Search in Google Scholar

Lyu Yuegang. (2020). Artificial intelligence - enabling technology and enabling society. Engineering, 6(03), 5-8. Search in Google Scholar

Yueting Zhuang, Ming CAI, Xuelong Li, Xungang Luo, Qiang Yang, Fei Wu. (2020). Engineering, 6(03), 89-95. Search in Google Scholar

Fan Jingtao, Fang Lu, Wu Jiamin, Guo Yuchen, Dai Qionghai. (2020). From brain science to artificial intelligence. Engineering, 6(03), 96-106. Search in Google Scholar

Li Daolun, Liu Xuliang, Zha Wenshu, Yang Jinghai, Lu Detang. (2020). Automatic well test interpretation method for radial composite reservoir based on convolutional neural network. Petroleum exploration and development, 47(03), 583-591. Search in Google Scholar

Lin Ping, Zhang Huazhe, He Qiangqiang, Zou Zhiyong, Chen Yongming. (2020). Detection method of chalky rice based on visible spectrogram and deep neural network. Spectroscopy and spectral analysis, 40(01), 233-238. Search in Google Scholar

SeanO’neill. (2019). Mathematical reasoning challenge artificial intelligence. Engineering, 5(05), 16-19. Search in Google Scholar

Jiang Bin, Zhao Ziliang, Huang Hao, Zhong Yunpeng, Zhao Yongjian, Qu Meixia. (2019). Automatic spectral identification of WDMS based on anti-bayesian learning. Spectroscopy and spectral analysis, 39(06), 1829-1833. Search in Google Scholar

Ke Guo, Xia-bi Liu, Lun-hao Guo, Zong-jie Li, Zeng-min Geng. (2018). Frontiers of Information Technology & AMP; Chinese Journal of Science and Technology. Electronic Engineering, 12 (5), 639-650. Search in Google Scholar

Zong Zhaoyun, Yin Xingyao, Li Kun. (2016). Research on time-frequency domain joint AVO inversion method based on bayesian theory. Applied Geophysics, 13(04), 631-640+737-738. Search in Google Scholar

Frontiers of Frontiers in Information Technology & Technology; Electronic Engineering, (2016). (10), 973-982. Search in Google Scholar

Pan Jingchang, Wang Jie, Jiang Bin, Luo Ali, Wei Peng, Zheng Qiang. (2016). A Method of stellar spectral Classification based on Map/Reduce Distributed Computing. Spectroscopy and spectral analysis, 36(08), 2651-2654. Search in Google Scholar

Experimental analysis and improvement of Chinese frequency reduction hearing help algorithm. Acta physica sinica, (2012). 61(13), 248-258. Search in Google Scholar

Huang Degen, Tong Deqin. (2012). Cross-domain Chinese word segmentation based on context information and fragmentation. China communications, 9(03), 49-57. Search in Google Scholar

Liu Gang, Chen Wei, Guo Jun. (2010). Research on the result evaluation algorithm of Chinese continuous speech recognition. China communications, 7(02), 132-138. Search in Google Scholar

Liu Zhaojie, Shao Jian, Zhang Pengyuan, Zhao Qingwei, Yan Yonghong, Feng Ji. (2007). A study on Tone recognition in natural spoken Chinese. Acta Physica Sinica, 12, 7064-7069. Search in Google Scholar

Liu Jianqiang, Feng Dazheng, Zhou Dazheng. (2007). A Post-processing method for Blind Separation of convolution Mixed Speech Signals Based on Multi-channel Signal Enhancement. Acta Electronica Sinica, 12, 2389-2393. Search in Google Scholar

Du Youtian, Chen Feng, Xu Wenli, Li Yongbin. (2007). A Survey of Human Motion Recognition Based on Vision. Acta Electronica Sinica, 01, 84-90. Search in Google Scholar

Liu Jiaojiao, He Qianhua, Wei Gang. (2006). Acta Electronica Sinica, 10, 1917-1919. Search in Google Scholar

Shan Baoci, Zhang Wutian, Ma Lin, Li Dejun, Cao Bingli, Tang Yiyuan, Wu Yigen, Tang Xiaowei. (2003). Chinese Semantic Processing related brain regions. Chinese Science Bulletin, 21, 2257-2260. Search in Google Scholar

Ou Zhijian, Wang Zuoying. (2003). Study on Polynomial Fitting Speech Trajectory Model in Chinese Continuous Speech Recognition. Acta Electronica Sinica, 04, 608-611. Search in Google Scholar

Ma Yinghua, Wang Yongcheng, Su Guiyang. (2002). A Fast Algorithm for Extracting Repeated Strings in Chinese Text. Acta Electronica Sinica, S1, 2177-2180. Search in Google Scholar

Shi Yuanyuan, Liu Jia, Liu Runsheng. (2002). An Improved Linear Discrimination Analysis Method and Its Application in Chinese Digital Speech Recognition. Acta Electronica Sinica, 07, 959-963. Search in Google Scholar

Li Husheng, Liu Jia, Liu Runsheng. (2001). High Performance Chinese Digital String Speech Recognition. Acta Electronica Sinica, 05, 595-599. Search in Google Scholar

Huang Xuanjing, Wu Lide, Guo Yikun, Liu Bingwei. (2000). Entropy Calculation of Modern Chinese and Probability Estimation of Sparse Events in Language Models. Acta Electronica Sinica, 08, 110-112. Search in Google Scholar

Liu Jia. (2000). Research progress of Chinese Large vocabulary continuous speech recognition system. Acta Electronica Sinica, 01, 85-91. Search in Google Scholar

eISSN:
2444-8656
Language:
English
Publication timeframe:
Volume Open
Journal Subjects:
Life Sciences, other, Mathematics, Applied Mathematics, General Mathematics, Physics