Alert button
Picture for Chan-Jan Hsu

Chan-Jan Hsu

Alert button

Breeze-7B Technical Report

Mar 05, 2024
Chan-Jan Hsu, Chang-Le Liu, Feng-Ting Liao, Po-Chun Hsu, Yi-Chang Chen, Da-Shan Shiu

Figure 1 for Breeze-7B Technical Report
Figure 2 for Breeze-7B Technical Report
Figure 3 for Breeze-7B Technical Report
Figure 4 for Breeze-7B Technical Report
Viaarxiv icon

Advancing the Evaluation of Traditional Chinese Language Models: Towards a Comprehensive Benchmark Suite

Oct 02, 2023
Chan-Jan Hsu, Chang-Le Liu, Feng-Ting Liao, Po-Chun Hsu, Yi-Chang Chen, Da-shan Shiu

Viaarxiv icon

Zero-shot Domain-sensitive Speech Recognition with Prompt-conditioning Fine-tuning

Jul 18, 2023
Feng-Ting Liao, Yung-Chieh Chan, Yi-Chang Chen, Chan-Jan Hsu, Da-shan Shiu

Figure 1 for Zero-shot Domain-sensitive Speech Recognition with Prompt-conditioning Fine-tuning
Figure 2 for Zero-shot Domain-sensitive Speech Recognition with Prompt-conditioning Fine-tuning
Figure 3 for Zero-shot Domain-sensitive Speech Recognition with Prompt-conditioning Fine-tuning
Figure 4 for Zero-shot Domain-sensitive Speech Recognition with Prompt-conditioning Fine-tuning
Viaarxiv icon

Extending the Pre-Training of BLOOM for Improved Support of Traditional Chinese: Models, Methods and Results

Mar 08, 2023
Philipp Ennen, Po-Chun Hsu, Chan-Jan Hsu, Chang-Le Liu, Yen-Chen Wu, Yin-Hsiang Liao, Chin-Tung Lin, Da-Shan Shiu, Wei-Yun Ma

Figure 1 for Extending the Pre-Training of BLOOM for Improved Support of Traditional Chinese: Models, Methods and Results
Figure 2 for Extending the Pre-Training of BLOOM for Improved Support of Traditional Chinese: Models, Methods and Results
Figure 3 for Extending the Pre-Training of BLOOM for Improved Support of Traditional Chinese: Models, Methods and Results
Figure 4 for Extending the Pre-Training of BLOOM for Improved Support of Traditional Chinese: Models, Methods and Results
Viaarxiv icon

Bridging Speech and Textual Pre-trained Models with Unsupervised ASR

Nov 06, 2022
Jiatong Shi, Chan-Jan Hsu, Holam Chung, Dongji Gao, Paola Garcia, Shinji Watanabe, Ann Lee, Hung-yi Lee

Figure 1 for Bridging Speech and Textual Pre-trained Models with Unsupervised ASR
Figure 2 for Bridging Speech and Textual Pre-trained Models with Unsupervised ASR
Figure 3 for Bridging Speech and Textual Pre-trained Models with Unsupervised ASR
Figure 4 for Bridging Speech and Textual Pre-trained Models with Unsupervised ASR
Viaarxiv icon

T5lephone: Bridging Speech and Text Self-supervised Models for Spoken Language Understanding via Phoneme level T5

Nov 01, 2022
Chan-Jan Hsu, Ho-Lam Chung, Hung-yi Lee, Yu Tsao

Figure 1 for T5lephone: Bridging Speech and Text Self-supervised Models for Spoken Language Understanding via Phoneme level T5
Figure 2 for T5lephone: Bridging Speech and Text Self-supervised Models for Spoken Language Understanding via Phoneme level T5
Figure 3 for T5lephone: Bridging Speech and Text Self-supervised Models for Spoken Language Understanding via Phoneme level T5
Figure 4 for T5lephone: Bridging Speech and Text Self-supervised Models for Spoken Language Understanding via Phoneme level T5
Viaarxiv icon

XDBERT: Distilling Visual Information to BERT from Cross-Modal Systems to Improve Language Understanding

Apr 29, 2022
Chan-Jan Hsu, Hung-yi Lee, Yu Tsao

Figure 1 for XDBERT: Distilling Visual Information to BERT from Cross-Modal Systems to Improve Language Understanding
Figure 2 for XDBERT: Distilling Visual Information to BERT from Cross-Modal Systems to Improve Language Understanding
Figure 3 for XDBERT: Distilling Visual Information to BERT from Cross-Modal Systems to Improve Language Understanding
Figure 4 for XDBERT: Distilling Visual Information to BERT from Cross-Modal Systems to Improve Language Understanding
Viaarxiv icon

Analyzing the Robustness of Unsupervised Speech Recognition

Oct 12, 2021
Guan-Ting Lin, Chan-Jan Hsu, Da-Rong Liu, Hung-Yi Lee, Yu Tsao

Figure 1 for Analyzing the Robustness of Unsupervised Speech Recognition
Figure 2 for Analyzing the Robustness of Unsupervised Speech Recognition
Figure 3 for Analyzing the Robustness of Unsupervised Speech Recognition
Figure 4 for Analyzing the Robustness of Unsupervised Speech Recognition
Viaarxiv icon