Using Haar transformed vocal source information for automatic speaker recognition. - Nengheng Zheng; P. C. Ching (ICASSP (1), 2004)

Time -frequency analysis of vocal source signal for speaker recognition. - Nengheng Zheng; P. C. Ching; Tan Lee 001 (INTERSPEECH, 2004)

Speaker recognition using complementary information from vocal source and vocal tract. - Nengheng Zheng (2005)

Use of Vocal Source Features in Speaker Segmentation. - Wai Nang Chan; Tan Lee 001; Nengheng Zheng; Hua Ouyang (ICASSP (1), 2006)

Integrating Complementary Features with a Confidence Measure for Speaker Identification. - Nengheng Zheng; P. C. Ching; Ning Wang 052; Tan Lee 001 (ISCSLP (Selected Papers), 2006)

Speaker Verification Using Complementary Information from Vocal Source and Vocal Tract. - Nengheng Zheng; Ning Wang 052; Tan Lee 001; P. C. Ching (ISCSLP (Selected Papers), 2006)

Integrating Complementary Features from Vocal Source and Vocal Tract for Speaker Identification. - Nengheng Zheng; Tan Lee 001; Ning Wang 052; P. C. Ching (Int. J. Comput. Linguistics Chin. Lang. Process., 2007)

Enhancement of Chinese speech based on nonlinear dynamics. - Junfeng Sun; Nengheng Zheng; Xinlong Wang (Signal Process., 2007)

Integration of Complementary Acoustic Features for Speaker Recognition. - Nengheng Zheng; Tan Lee 001; Pak-Chung Ching (IEEE Signal Process. Lett., 2007)

Discrimination Power of Vocal Source and Vocal Tract Related Features for Speaker Segmentation. - Wai Nang Chan; Nengheng Zheng; Tan Lee 001 (IEEE Trans. Speech Audio Process., 2007)

Language modeling for speech recognition of spoken Cantonese. - Yu Ting Yeung; Houwei Cao; Nengheng Zheng; Tan Lee 001; P. C. Ching (INTERSPEECH, 2008)

Deriving MFCC Parameters from the Dynamic Spectrum for Robust Speech Recognition. - Nengheng Zheng; Xia Li; Houwei Cao; Tan Lee 001; P. C. Ching (ISCSLP, 2008)

SURE-MSE speech enhancement for robust speech recognition. - Nengheng Zheng; Xia Li; Thierry Blu; Tan Lee 001 (ISCSLP, 2010)

Robust Speaker Recognition Using Denoised Vocal Source and Vocal Tract Features. - Ning Wang 052; P. C. Ching; Nengheng Zheng; Tan Lee 001 (IEEE Trans. Speech Audio Process., 2011)

Classifying NMF components based on vector similarity for speech and music separation. - Nengheng Zheng; Yi Cai; Xia Li; Tan Lee 001 (APSIPA, 2012)

Opportunistic user scheduling in MIMO cognitive radio networks. - Lu Yang 001; Wei Zhang 001; Nengheng Zheng; P. C. Ching (ICASSP, 2014)

A temporal limits encoder for cochlear implants. - Qinglin Meng; Nengheng Zheng; Xia Li (ICASSP, 2015)

The effect of gain thresholds on speech intelligibility for statistical model based noise reduction for cochlear implants: A simulation based verification. - Wenzhi He; Nengheng Zheng; Qinglin Meng (ISCSLP, 2016)

Effects of Vocoder Processing on Speech Perception in Reverberant Classrooms. - Qinglin Meng; Guangzheng Yu; Yangyang Wan; Fanhui Kong; Xianren Wang; Nengheng Zheng (APSIPA, 2018)

Noise Suppression with Apparent Gain Threshold for Cochlear Implants: A Vocoder Simulated Verification. - Nengheng Zheng; Xiaowei Shao; Baihan Zeng; Qinglin Meng (APSIPA, 2018)

Weighting Pitch Contour and Loudness Contour in Mandarin Tone Perception in Cochlear Implant Listeners. - Qinglin Meng; Nengheng Zheng; Ambika Prasad Mishra; Jacinta Dan Luo; Jan W. H. Schnupp (INTERSPEECH, 2018)

Microphone Array Acoustic Source Localization system based on Deep Learning. - Junhao Ding; Bin Ren; Nengheng Zheng (ISCSLP, 2018)

Speech Enhancement using Convolutional Neural Network with Skip Connections. - Yupeng Shi; Weicong Rong; Nengheng Zheng (ISCSLP, 2018)

Speech Loss Compensation by Generative Adversarial Networks. - Yupeng Shi; Nengheng Zheng; Yuyong Kang; Weicong Rong (APSIPA, 2019)

Enhancing the Interaural Time Difference of Bilateral Cochlear Implants with the Temporal Limits Encoder. - Yangyang Wan; Huali Zhou; Qinglin Meng; Nengheng Zheng (INTERSPEECH, 2020)

Effects of Skip Connections in CNN-Based Architectures for Speech Enhancement. - Nengheng Zheng; Yupeng Shi; Weicong Rong; Yuyong Kang (J. Signal Process. Syst., 2020)

A Noise-Robust Signal Processing Strategy for Cochlear Implants Using Neural Networks. - Nengheng Zheng; Yupeng Shi; Yuyong Kang; Qinglin Meng (ICASSP, 2021)

Feature Fusion by Attention Networks for Robust DOA Estimation. - Rongliang Liu; Nengheng Zheng; Xi Chen (Interspeech, 2021)

Internet Streaming Audio Based Speech Reception Threshold Measurement in Cochlear Implant Users. - Xi Chen; Yefei Mo; Kang Ouyang; Mingyue Shi; Huali Zhou; Yupeng Shi; Wei Xiao; Shidong Shang; Qinglin Meng; Nengheng Zheng (ICASSP, 2022)

A Speech-Noise-Equilibrium Loss Function for Deep Learning-Based Speech Enhancement. - Weitong Zhao; Fushi Xie; Kang Ouyang; Nengheng Zheng (ISCSLP, 2022)

An EEG Source Imaging-based Feature Extraction Method for Motor Imagery Classification. - Junhan Li; Nengheng Zheng (SMC, 2022)

Cochlear-implant Listeners Listening to Cochlear-implant Simulated Speech. - Fanhui Kong; Nengheng Zheng; Xianren Wang; Hao He; Jan W. H. Schnupp; Qinglin Meng (INTERSPEECH, 2023)

Effects of hearing loss and amplification on Mandarin consonant perception. - Huali Zhou; Xianming Bei; Nengheng Zheng; Qinglin Meng (INTERSPEECH, 2023)

F0inTFS: A lightweight periodicity enhancement strategy for cochlear implants. - Huali Zhou; Fanhui Kong; Nengheng Zheng; Qinglin Meng (INTERSPEECH, 2023)

Effects of number of maxima and electrical dynamic range on speech-in-noise perception with an "n-of-m" cochlear-implant strategy. - Yefei Mo; Huali Zhou; Fanhui Kong; Zhifeng Liu; Xiaohong Liu; Hongming Huang; Yan Huang; Nengheng Zheng; Qinglin Meng; Peina Wu (Biomed. Signal Process. Control., 2023)

Two-Stage Acoustic Echo Cancellation Network with Dual-Path Alignment. - Zhijian Jiang; Haoming Li 020; Nengheng Zheng (ICASSP, 2024)

DBD-CI: Doubling the Band Density for Bilateral Cochlear Implants. - Mingyue Shi; Huali Zhou; Qinglin Meng; Nengheng Zheng (INTERSPEECH, 2024)

Effects of harmonicity on Mandarin speech perception in cochlear implant users. - Mingyue Shi; Qinglin Meng; Huali Zhou; Jiawen Li; Yefei Mo; Nengheng Zheng (Speech Commun., 2025)