Digital image stabilization based on panning motion velocity analysis. - Wen-Chung Kao; Shao-Kang Huang (ISCE, 2013)

Overcoming the blooming effect on autofocus by fringe detection. - Shao-Kang Huang; Dong-Chen Tsai; Homer H. Chen (Digital Photography, 2015)

Using Disparity Information for Stereo Autofocus in 3-D Photography. - Shao-Kang Huang; Cheng-Chieh Yang; Kuang-Tsu Shih; Homer H. Chen (Digital Photography and Mobile Imaging, 2016)

Empirical reliability analysis of disparity-based autofocus. - Shao-Kang Huang; Cheng-Chieh Yang; Homer H. Chen (ICIP, 2016)

Enhancement of phase detection for autofocus. - Chin-Cheng Chan; Shao-Kang Huang; Homer H. Chen (ICIP, 2017)

Analysis of Disparity Error for Stereo Autofocus. - Cheng-Chieh Yang; Shao-Kang Huang; Kuang-Tsu Shih; Homer H. Chen (IEEE Trans. Image Process., 2018)

Iterative Pose Refinement for Object Pose Estimation Based on RGBD Data. - Shao-Kang Huang; Chen-Chien James Hsu; Wei-Yen Wang; Cheng-Hung Lin (Sensors, 2020)

Deep Learning-Based Real-Time Multiple-Person Action Recognition System. - Jen-Kai Tsai; Chen-Chien James Hsu; Wei-Yen Wang; Shao-Kang Huang (Sensors, 2020)

Object Pose Estimation Incorporating Projection Loss and Discriminative Refinement. - Jiun-Kai You; Chen-Chien James Hsu; Wei-Yen Wang; Shao-Kang Huang (IEEE Access, 2021)

Person Re-Identification with Improved Performance by Incorporating Focal Tversky Loss in AGW Baseline. - Shao-Kang Huang; Chen-Chien J. Hsu; Wei-Yen Wang (Sensors, 2022)

Enhancing Online Action Detection: Addressing Common Challenges via LSTR with Improved Modeling. - Min-Hang Hsu; Chen-Chien Hsu 001; Cheng-Kai Lu; Shao-Kang Huang (ICCE, 2024)

Enhancing Person Re-identification Using Polynomial Expansion of Cross Entropy Loss. - Shao-Kang Huang; Chen-Chien Hsu 001; Wei-Yen Wang; Yin-Tien Wang (ICCE, 2024)

Multiple Object Tracking Incorporating a Person Re-Identification Using Polynomial Cross Entropy Loss. - Shao-Kang Huang; Chen-Chien James Hsu; Wei-Yen Wang (IEEE Access, 2024)

Skeleton-based human action recognition using LSTM and depthwise separable convolutional neural network. - Hoangcong Le; Cheng-Kai Lu; Chen-Chien Hsu 001; Shao-Kang Huang (Appl. Intell., 2025)