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Liang Wu
Life Science
Xi'an Jiaotong University
Shaanxi
Language: English, Chinese
Contact
Speech Production Control Neuromuscular Synthesis Rehabilitation Computational Model Perception Processing
Areas of Focus
  • Speech Production and Neuromuscular Control
  • Speech Synthesis and Rehabilitation based on Physiological Features
  • Computational Model and Physical Model of Human Speech Production System
  • Speech Perception and Natural Language Processing
Work Experience
  • 2017 - Present - Associate Professor, School of Life Science and Technology, Xi'an Jiaotong University, China
  • 2019 - 2020 - Visiting Associate Project Scientist, David Geffen School of Medicine, University of California, Los Angeles, USA
  • 2013 - 2017 - Assistant Professor, School of Life Science and Technology, Xi'an Jiaotong University, China
  • 2015 - 2016 - Visiting Assistant Project Scientist, David Geffen School of Medicine, University of California, Los Angeles, USA
Publications
  • Nonlinear effects of dual-frequency focused ultrasound on the on-demand regulation of acoustic droplet vaporization, Y Zhao, Y Feng*, L Wu*, 2024
  • Immediate effect of recurrent laryngeal nerve stimulation in patients with idiopathic unilateral vocal fold paralysis, J Yan, J Hou, H Zhang, X Yang, Y Sheng, X Du, D Kong, Z Wang, X Ren*, L Wu*, 2024
  • Impact of the paraglottic space on voice production in an MRI-based vocal fold model, L Wu, Z Zhang*, 2023
  • Effects of implant and vocal fold stiffness on voice production after medialization laryngoplasty in an MRI-based vocal fold model, L Wu, Z Zhang*, 2023
  • On-demand regulation and enhancement of the nucleation in acoustic droplet vaporization using dual-frequency focused ultrasound, Y Zhao, D Qin, J Chen, J Hou, T Ilovitsh, M Wan, L Wu*, Y Feng*, 2022
  • Computational study of the impact of dehydration-induced vocal fold stiffness changes on voice production, L Wu*, Z Zhang, 2022
  • Acoustical and perceptual characteristics of Mandarin consonants produced with an electrolarynx, K Xiao, B Zhang, S Wang, M Wan, L Wu*, 2020
  • 声带上表面振动黏膜波波速的激光测振估计方法, 吴亮, 叱干鹏举, 王素品, 万明习*, 2020
  • Three-dimensional vocal fold structural change due to implant insertion in medialization laryngoplasty, Z Zhang*, L Wu, R Gray, DK Chhetri, 2020
  • Voice production in a MRI-based subject-specific vocal fold model with parametrically controlled medial surface shape, L Wu, Z Zhang*, 2019
  • Reconstruction of Mandarin electrolaryngeal fricatives with hybrid noise source, K Xiao, S Wang, M Wan, L Wu*, 2019
  • Radiated noise suppression for electrolarynx speech based on multiband time-domain amplitude modulation, K Xiao, S Wang, M Wan, L Wu*, 2018
  • Visualizing the mechanical wave of vocal fold tissue during phonation using electroglottogram-triggered ultrasonography, B Jing, Z Ge, L Wu, S Wang, M Wan*, 2018
  • A computational study of vocal fold dehydration during phonation, L Wu*, Z Zhang, 2017
  • Acoustic influence of the neck tissue on Mandarin voiceless consonant production of Electrolaryngeal speech, L Wu, K Xiao, S Wang, M Wan*, 2017
  • Vocal efficiency of electrolaryngeal speech production, L Wu, K Xiao, S Wang, M Wan*, 2017
  • Visualizing the movement of the contact between vocal folds during vibration by using array-based transmission ultrasonic glottography, B Jing, P Chigan, Z Ge, L Wu, Supin Wang, Mingxi Wan*, 2017
  • A parametric vocal fold model based on magnetic resonance imaging, L Wu, Z Zhang*, 2016
  • Visualizing the vibration of laryngeal tissue during phonation using ultrafast plane wave ultrasonography, B Jing, S Tang, L Wu, S Wang, M Wan, 2016
  • 基于电声门图信号的可控超声喉动态成像系统, 张聪, 唐姗姗, 张媛媛, 敬博文, 吴亮, 万明习, 王素品*, 2015
  • 发声效率测量系统的设计与实现, 张聪, 吴亮, 张向红, 杜小滢, 万明习, 王素品*, 2015
  • Evaluation of a method for vowel-specific voice source control of an electrolarynx using visual information, L Wu, C Wan, K Xiao, S Wang, M Wan*, 2014
  • Measurement of the sound transmission characteristics of normal neck tissue using a reflectionless uniform tube, L Wu, K Xiao, J Dong, S Wang, M Wan*, 2014
  • Improvement of electrolaryngeal speech quality using a supraglottal voice source with compensation of vocal tract characteristics, L Wu, C Wan, S Wang, M Wan*, 2013
  • Development and evaluation of on/off control for electrolaryngeal speech via artificial neural network based on visual information of lips, L Wu, C Wan, S Wang, M Wan*, 2013
  • Assessment of a method for the automatic on/off control of an electrolarynx via lip deformation, C Wan, L Wu, H Wu, S Wang, M Wan*, 2012
  • Design and evaluation of an electrolarynx with tonal control function for Mandarin, C Wan, E Wang, L Wu, S Wang, M Wan*, 2012
  • Measuring body-cover vibration of vocal folds based on high-frame-rate ultrasonic imaging and high-speed video, X Qin, L Wu, H Jiang, S Tang, S Wang, M Wan*, 2011
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