ICHAMELEON: An Incremental CHAMELEON Algorithm. - Lili He 002; Hongtao Bai; Chengquan Hu; Hu Shi; Fei Song (Computational Intelligence, 2005)

Position and Attitude Precision Analysis of Segment Erector of Shield Tunneling Machine. - Hu Shi; Guofang Gong; Huayong Yang; Rulin Zhou (ICIRA, 2009)

Electrohydraulic Control of Thrust Hydraulic System for Shield Tunneling Machine. - Beidou Zhu; Guofang Gong; Hu Shi (ICIRA, 2009)

Rotation and Gate Movement Compound Control of Screw Conveyor Hydraulic System with Disturbance Compensation. - Lintao Wang; Guofang Gong; Hu Shi; Huaiyin Liu (ICIRA (1), 2010)

Modeling of Hydraulic Controlled and Regulated Direct Method in the Cutter System of Shield Tunneling Machine. - Huaiyin Liu; Guofang Gong; Hu Shi; Lintao Wang (ICDMA, 2011)

Positioning Precision and Impact Force Control of Segment Erector for Shield Tunneling Machine. - Lintao Wang; Guofang Gong; Hu Shi; Dianqing Hou (ICDMA, 2012)

An experimental study on energy saving potential for cutterhead drive of shield Tunneling machine using variable-speed hydraulic system. - Hu Shi; Guofang Gong; Xuesong Mei; Xiaohu Li (AIM, 2014)

Design and performance analysis of high response actuator using magnetic shape memory alloy. - Bin He; Hu Shi; Haitao Wang; Xuesong Mei (M2VIP, 2017)

An energy harvesting mechanism transfer human walking energy to hydraulic power. - Hu Shi; Zheng Wang; Haitao Wang; Xuesong Mei (M2VIP, 2017)

Applying strong external electric field to thiophene-based oligomers: A promising approach to upgrade semiconducting performance. - Xiaoling Zhan; Hu Shi; Hongguang Liu 001; Jin Yong Lee (J. Comput. Chem., 2017)

Realization of Force Detection and Feedback Control for Slave Manipulator of Master/Slave Surgical Robot. - Hu Shi; Boyang Zhang; Xuesong Mei; Qichun Song (Sensors, 2021)

32-λ×400 Gb/s Single-carrier 120-GBaud QPSK Coherent Transmission over 3075-km G.652.D Fiber Link Using OE-MCM Prototype under Field-deployed Configuration. - Mingqing Zuo; Baoluo Yan; Dawei Ge; Dong Wang 022; Jiabin Wang; Xuechuan Chen; Hu Shi; Philippe Jennevé; Shaoliang Zhang; Miquel A. Mestre; Dayou Qian; Sheng Liu; et al. (OFC, 2023)

Study on Power-assisted Performance of Joint Drive with Pump Controlled Hydraulic Unit for Lower Extremity Exoskeleton. - Dongsheng Liu; Hu Shi; Boyang Zhang; Haitao Wang (RCAR, 2023)

Action Decouple Multi-Tasking for Micro-Expression Recognition. - Yanxia Wang; Hu Shi; Renjie Wang (IEEE Access, 2023)

DB-HRNet: Dual Branch High-Resolution Network for Human Pose Estimation. - Yanxia Wang; Renjie Wang; Hu Shi (IEEE Access, 2023)

Design and Performance Verification of a Novel RCM Mechanism for a Minimally Invasive Surgical Robot. - Hu Shi; Zhixin Liang; Boyang Zhang; Haitao Wang (Sensors, 2023)

MS-HRNet: multi-scale high-resolution network for human pose estimation. - Yanxia Wang; Renjie Wang; Hu Shi; Dan Liu (J. Supercomput., 2024)

Field Trial of CO2 Absorption Impact on Coherent Transmission over 36.8km Deployed AR-HCFs. - Dawei Ge; Yifan Xiong; Mingqing Zuo; Baoluo Yan; Dong Wang; Shoufei Gao; Dechao Zhang; Hu Shi; Yingying Wang; Wei Ding; Han Li; Zhangyuan Chen; et al. (OFC, 2025)

Nonlinearity-Free DP-144QAM-PCS Beyond-1Tbps Transmission over 100km AR-HCF for OTN-Based Decentralized Intelligent Training. - Jiang Sun; Dong Wang; Mingqing Zuo; Baoluo Yan; Dawei Ge; Lei Zhang; Huan Chen; Peng Li; Qiang Qiu; Jie Luo; Hu Shi; Dechao Zhang; et al. (OFC, 2025)

214-Tb/s Transmission over 2×75-km in the S+C+L Band with >1-Tb/s/λ Signals Using Only Doped Fiber Amplifiers. - Yuqian Zhang; Mingqing Zuo; Qiang Qiu; Dawei Ge; Dong Wang; Baoluo Yan; Huan Chen; Hu Shi; Jun Wu; Hongyan Zhou; Dechao Zhang; Han Li (OFC, 2025)

First Field Demonstration of Real-time Sub-100-Tb/s Transmission with Net 1.2-Tb/s Channels over 12-THz-wide Super C+L band along 305-km G.652.D fiber. - Mingqing Zuo; Dechao Zhang; Dong Wang 022; Hongqiang Zou; Da Liu; Baoluo Yan; Hu Shi; Han Li 008 (OFC, 2025)

AUMEs: AU Detection-Based Dual-Stream Multi-task 3DCNN for Micro-expression Recognition. - Hu Shi; Yanxia Wang; Renjie Wang; Dan Liu (Neural Process. Lett., 2025)