Extract the Relational Information of Static Features and Motion Features for Human Activities Recognition in Videos. - Li Yao 003 (Comput. Intell. Neurosci., 2016)

Spatio-temporal information for human action recognition. - Li Yao 003; Yunjian Liu; Shihui Huang (EURASIP J. Image Video Process., 2016)

Real-time virtual view synthesis using light field. - Li Yao 003; Yunjian Liu; Weixin Xu 004 (EURASIP J. Image Video Process., 2016)

View synthesis based on spatio-temporal continuity. - Li Yao 003; Qiurui Lu; Xiaomin Li (EURASIP J. Image Video Process., 2019)

Fast and high-quality virtual view synthesis from multi-view plus depth videos. - Li Yao 003; Yingdong Han; Xiaomin Li (Multim. Tools Appl., 2019)

2D-to-3D conversion using optical flow based depth generation and cross-scale hole filling algorithm. - Li Yao 003; Zhukui Liu; Bingfeng Wang (Multim. Tools Appl., 2019)

Multi-Level Implicit Function for Detailed Human Reconstruction by Relaxing SMPL Constraints. - Xikai Ma; Jieyu Zhao; Yiqing Teng; Li Yao 003 (Comput. Graph. Forum, 2023)

MicroMamba: State Space Model with Partitioned Window Scan for Micro-Expression Recognition. - Tianchen Zhou; Jiateng Liu; Yue Jin; Li Yao 003 (MMAsia, 2024)

Three-Dimensional Reconstruction of Indoor Scenes Based on Implicit Neural Representation. - Zhaoji Lin; Yutao Huang; Li Yao 003 (J. Imaging, 2024)

Autoencoder-Based Unsupervised Surface Defect Detection Using Two-Stage Training. - Tesfaye Getachew Shiferaw; Li Yao 003 (J. Imaging, 2024)

LGSur-Net: A Local Gaussian Surface Representation Network for Upsampling Highly Sparse Point Cloud. - Zijian Xiao; Tianchen Zhou; Li Yao 003 (Comput. Graph. Forum, 2024)

Novel View Synthesis of Defocused Blur Scenes Based on Neural Radiance Fields. - Zhaoji Lin; Yuxin Zheng; Li Yao 003 (IEEE Access, 2025)

ESCT3D: Efficient and Selectively Controllable Text-Driven 3D Content Generation with Gaussian Splatting. - Huiqi Wu; Li Yao 003; Jianbo Mei; Yingjie Huang 001; Yining Xu 001; Jingjiao You; Yilong Liu (Proc. ACM Comput. Graph. Interact. Tech., 2025)