Study of line spectrum pair frequencies for speaker recognition. - Chi-Shi Liu; Wern-Jun Wang; Min-Tau Lin; Hsiao-Chuan Wang (ICASSP, 1990)

Mandarin speech synthesis by the unit of coarticulatory demi-syllable. - Chi-Shi Liu; Wern-Jun Wang; Shiow-Min Yu; Hsiao-Chuan Wang (ICSLP, 1990)

Tree-based unit selection for English speech synthesis. - Wern-Jun Wang; W. Nick Campbell; Naoto Iwahashi; Yoshinori Sagisaka (ICASSP (2), 1993)

破音字發音的預測方法 (The Pronunciation Prediction of Homographs) [In Chinese]. - Wern-Jun Wang; Shaw-Hwa Hwang; Chun-Hsiao Lee; Chi-Shi Liu (ROCLING (1), 1995)

The broad study of homograph disambiguity for Mandarin speech synthesis. - Wern-Jun Wang; Shaw-Hwa Hwang; Sin-Horng Chen (ICSLP, 1996)

A First Study on Mandarin Prosodic State Detection. - Yuan-Fu Liao; Wern-Jun Wang; Shu-Ling Lee; Sin-Horng Chen (ROCLING, 1997)

Prosodic modeling of Mandarin speech and its application to lexical decoding. - Wern-Jun Wang; Yuan-Fu Liao; Sin-Horng Chen (EUROSPEECH, 1999)

Maximum a posteriori linear regression for speaker adaptation with the prior of mean. - Chih-Heng Lin; Wern-Jun Wang (EUSIPCO, 2000)

Multi-keyword spotting of telephone speech using orthogonal transform-based SBR and RNN prosodic model. - Wern-Jun Wang; Chun-Jen Lee; Eng-Fong Huang; Sin-Horng Chen (INTERSPEECH, 2001)

RNN-based prosodic modeling for mandarin speech and its application to speech-to-text conversion. - Wern-Jun Wang; Yuan-Fu Liao; Sin-Horng Chen (Speech Commun., 2002)

資源受限運算環境下華英混雜語音辨識系統 (Mandarin/English Mixed-Lingual Speech Recognition System on Resource-Constrained Platforms) [In Chinese]. - Wei-Tyng Hong; Hong-Ci Chen; I-Bin Liao; Wern-Jun Wang (ROCLING, 2009)

A Preliminary Study on Deep Learning-based Chinese Text to Taiwanese Speech Synthesis System. - Wen-Han Hsu; Cheng-Jung Tseng; Yuan-Fu Liao; Wern-Jun Wang; Chen-Ming Pan (ROCLING, 2020)

Personalized Taiwanese Speech Synthesis using Cascaded ASR and TTS Framework. - Yuan-Fu Liao; Wen-Han Hsu; Chen-Ming Pan; Wern-Jun Wang; Matús Pleva; Daniel Hládek (RADIOELEKTRONIKA, 2022)