Numerical Simulation of Rock Breakage Modes under Confining Pressures in Deep Mining: An Experimental Investigation. - Xuefeng Li; Shibo Wang 003; Reza Malekian; Shangqing Hao; Zhixiong Li 001 (IEEE Access, 2016)

A Geometry Surveying Model and Instrument of a Scraper Conveyor in Unmanned Longwall Mining Faces. - Shangqing Hao; Shibo Wang 003; Reza Malekian; Boyuan Zhang; Wanli Liu; Zhixiong Li 001 (IEEE Access, 2017)

Dynamic Precise Positioning Method of Shearer Based on Closing Path Optimal Estimation Model. - Shibo Wang 003; Boyuan Zhang; Shijia Wang; Shirong Ge (IEEE Trans Autom. Sci. Eng., 2019)

A Novel Mobile Target Localization Approach for Complicate Underground Environment in Mixed LOS/NLOS Scenarios. - Bo Cao; Shibo Wang 003; Shirong Ge; Xiuze Ma; Wanli Liu (IEEE Access, 2020)

Improving the Shearer Positioning Accuracy Using the Shearer Motion Constraints in Longwall Panels. - Shijia Wang; Shibo Wang 003 (IEEE Access, 2020)

High-Resolution Squinted SAR Imaging Algorithm Applied in the Near-Field Environment. - Shijia Wang; Shibo Wang 003; Wanli Liu (Complex., 2020)

Improving Positioning Accuracy of UWB in Complicated Underground NLOS Scenario Using Calibration, VBUKF, and WCA. - Bo Cao; Shibo Wang 003; Shirong Ge; Wanli Liu (IEEE Trans. Instrum. Meas., 2021)

Improving the Positioning Accuracy of UWB System for Complicated Underground NLOS Environments. - Bo Cao; Shibo Wang 003; Shirong Ge; Wanli Liu (IEEE Syst. J., 2022)

UWB Anchor Node Optimization Deployment Using MGWO for the Coal Mine Working Face End. - Bo Cao; Shibo Wang 003; Shirong Ge; Feng Chen; Hua Zhang (IEEE Trans. Instrum. Meas., 2023)

UWB Radar Imaging Method for the Longwall Retreat and Creep Displacements Measurement in Underground Coal Mine. - Shijia Wang; Shibo Wang 003 (IEEE Trans Autom. Sci. Eng., 2024)

Design a Novel Method to Improve Positioning Accuracy of UWB System in Harsh Underground Environments. - Bo Cao; Shibo Wang 003; Wanli Liu; Chunxia Jiang (IEEE Trans. Ind. Electron., 2024)

Degradation Parameters Estimation of Induction Motors Using Hybrid-Driven Method. - Yuanbo Lv; Shibo Wang 003 (IEEE Trans. Instrum. Meas., 2025)