The Sixth Visual Object Tracking VOT2018 Challenge Results. - Matej Kristan; Ales Leonardis; Jiri Matas; Michael Felsberg; Roman P. Pflugfelder; Luka Cehovin Zajc; Tomás Vojír; Goutam Bhat; Alan Lukezic; Abdelrahman Eldesokey; Gustavo Fernández; Álvaro García-Martín; et al. (ECCV Workshops (1), 2018)

VisDrone-SOT2018: The Vision Meets Drone Single-Object Tracking Challenge Results. - Longyin Wen; Pengfei Zhu 001; Dawei Du; Xiao Bian; Haibin Ling; Qinghua Hu; Chenfeng Liu; Hao Cheng 010; Xiaoyu Liu 005; Wenya Ma; Qinqin Nie; Haotian Wu 006; et al. (ECCV Workshops (5), 2018)

Deep Motion-Appearance Convolutions for Robust Visual Tracking. - Haojie Li; Sihang Wu; Shuangping Huang; Kin-Man Lam 001; Xiaofen Xing (IEEE Access, 2019)

Joint Layout Analysis, Character Detection and Recognition for Historical Document Digitization. - Weihong Ma; Hesuo Zhang; Lianwen Jin; Sihang Wu; Jiapeng Wang; Yongpan Wang (ICFHR, 2020)

Deep localization model for intra-row crop detection in paddy field. - Shuangping Huang; Sihang Wu; Chao Sun; Xu Ma 001; Yu Jiang; Long Qi (Comput. Electron. Agric., 2020)

Precise detection of Chinese characters in historical documents with deep reinforcement learning. - Sihang Wu; Jiapeng Wang; Weihong Ma; Lianwen Jin (Pattern Recognit., 2020)

Improving Machine Understanding of Human Intent in Charts. - Sihang Wu; Canyu Xie; Yuhao Huang; Guozhi Tang; Qianying Liao; Jiapeng Wang; Bangdong Chen; Hongliang Li; Xinfeng Chang; Hui Li; Kai Ding 009; Yichao Huang; et al. (ICDAR (3), 2021)

SCUT-CAB: A New Benchmark Dataset of Ancient Chinese Books with Complex Layouts for Document Layout Analysis. - Hiuyi Cheng; Cheng Jian; Sihang Wu; Lianwen Jin (ICFHR, 2022)

M6Doc: A Large-Scale Multi-Format, Multi-Type, Multi-Layout, Multi-Language, Multi-Annotation Category Dataset for Modern Document Layout Analysis. - Hiuyi Cheng; Peirong Zhang; Sihang Wu; Jiaxin Zhang 003; Qiyuan Zhu; Zecheng Xie; Jing Li 036; Kai Ding 009; Lianwen Jin (CVPR, 2023)

A Novel Low-Cost DC Chopper for Offshore Wind VSC-HVDC System by Using Thyristors Instead of Full-Control Devices. - Sihang Wu; Lei Qi 005; Xiangyu Zhang 004; Bei Zhang; Zhiguo He; Meichen Jin (IEEE Trans. Ind. Electron., 2024)

An Economical Concentrated DC Chopper Based on Thyristors With Resonant Self-Turn-Off Ability for Offshore Wind VSC-HVdc System. - Sihang Wu; Xiangyu Zhang 004; Zhiguo He; Meichen Jin; Lei Qi 005 (IEEE Trans. Ind. Electron., 2024)

A Novel Dual-LC Resonant DC Circuit Breaker Employing Soft-Switching Technique for Enhanced Performance. - Bei Zhang; Xiangyu Zhang 004; Sihang Wu; Liangtao Zhan; Lei Qi 005 (IEEE Trans. Ind. Electron., 2024)