Do We Really Need Frame-by-Frame Annotation Datasets for Object Tracking? - Lei Hu; Shaoli Huang; Shilei Wang 001; Wei Liu 007; Jifeng Ning (ACM Multimedia, 2021)

Modeling of Multiple Spatial-Temporal Relations for Robust Visual Object Tracking. - Shilei Wang 001; Zhenhua Wang 003; Qianqian Sun; Gong Cheng 003; Jifeng Ning (IEEE Trans. Image Process., 2024)

IoUNet++: Spatial cross-layer interaction-based bounding box regression for visual tracking. - Shilei Wang 001; Yamin Han; Baozhen Sun; Jifeng Ning (IET Comput. Vis., 2024)

Bidirectional Interaction of CNN and Transformer Feature for Visual Tracking. - Baozhen Sun; Zhenhua Wang 003; Shilei Wang 001; Yongkang Cheng; Jifeng Ning (IEEE Trans. Circuits Syst. Video Technol., 2024)

Inter - Diffusion Generation Model of Speakers and Listeners for Effective Communication. - Jinhe Huang; Yongkang Cheng; Minghang Yu; Gaoge Han; Jinwei Li 003; Jing Zhang 164; Shilei Wang 001; Xingjian Gu (ICMR, 2025)

Multi-State Tracker: Enhancing Efficient Object Tracking via Multi-State Specialization and Interaction. - Shilei Wang 001; Gong Cheng 003; Pujian Lai; Dong Gao; Junwei Han 001 (ACM Multimedia, 2025)

Exploring Modality-Aware Fusion and Decoupled Temporal Propagation for Multi-Modal Object Tracking. - Shilei Wang 001; Pujian Lai; Dong Gao; Jifeng Ning; Gong Cheng 003 (AAAI, 2026)

Mining representative tokens via transformer-based multi-modal interaction for RGB-T tracking. - Pujian Lai; Dong Gao; Shilei Wang 001; Gong Cheng 003 (Pattern Recognit., 2026)

Cross-alignment for efficient visual object tracking. - Shilei Wang 001; Mingjiang Liang; Shaoli Huang; Jifeng Ning; Gong Cheng 003 (Pattern Recognit., 2026)

LTSTrack: Visual tracking with long-term temporal sequence. - Zhaochuan Zeng; Shilei Wang 001; Yidong Song; Zhenhua Wang 003; Jifeng Ning (Pattern Recognit., 2026)

Exploring Pruning-Based Efficient Object Tracking via Hybrid Knowledge Distillation. - Yidong Song; Shilei Wang 001; Zhaochuan Zeng; Jikai Zheng; Zhenhua Wang 003; Jifeng Ning (IEEE Trans. Circuits Syst. Video Technol., 2026)