A Rapid Scheme for Slow-Motion Replay Segment Detection. - Wei-Hong Chuang; Dun-Yu Hsiao; Soo-Chang Pei; Homer H. Chen (PCM (1), 2004)

Effective palette indexing for image compression using self-organization of Kohonen feature map. - Soo-Chang Pei; Yu-Ting Chuang; Wei-Hong Chuang (IEEE Trans. Image Process., 2006)

A low-complexity palette re-indexing technique based on sampling-swapping. - Wei-Hong Chuang; Soo-Chang Pei (ICIP, 2008)

Tampering identification using Empirical Frequency Response. - Wei-Hong Chuang; Ashwin Swaminathan; Min Wu 001 (ICASSP, 2009)

Modeling and analysis of ordinal ranking in content fingerprinting. - Wei-Hong Chuang; Avinash L. Varna; Min Wu 001 (WIFS, 2009)

Performance impact of ordinal ranking on content fingerprinting. - Wei-Hong Chuang; Avinash L. Varna; Min Wu 001 (ICIP, 2010)

A framework for theoretical analysis of content fingerprinting. - Avinash L. Varna; Wei-Hong Chuang; Min Wu 001 (Media Forensics and Security, 2010)

Semi non-intrusive training for cell-phone camera model linkage. - Wei-Hong Chuang; Min Wu 001 (WIFS, 2010)

Exploring compression effects for improved source camera identification using strongly compressed video. - Wei-Hong Chuang; Hui Su; Min Wu 001 (ICIP, 2011)

How secure are power network signature based time stamps? - Wei-Hong Chuang; Ravi Garg; Min Wu 001 (CCS, 2012)

Evaluating the quality of individual SIFT features. - Hui Su; Wei-Hong Chuang; Wenjun Lu; Min Wu 001 (ICIP, 2012)

Robustness of Color Interpolation Identification against Anti-forensic Operations. - Wei-Hong Chuang; Min Wu 001 (Information Hiding, 2012)

Resiliency Assessment and Enhancement of Intrinsic Fingerprinting. - Wei-Hong Chuang (2012)

Anti-Forensics and Countermeasures of Electrical Network Frequency Analysis. - Wei-Hong Chuang; Ravi Garg; Min Wu 001 (IEEE Trans. Inf. Forensics Secur., 2013)

VATT: Transformers for Multimodal Self-Supervised Learning from Raw Video, Audio and Text. - Hassan Akbari; Liangzhe Yuan; Rui Qian; Wei-Hong Chuang; Shih-Fu Chang; Yin Cui; Boqing Gong (NeurIPS, 2021)