A unifying framework for spectral analysis based dimensionality reduction. - Tianhao Zhang 002; Dacheng Tao; Xuelong Li 001; Tie Yang (IJCNN, 2008)

A Comprehensive Review of Optical Stretcher for Cell Mechanical Characterization at Single-Cell Level. - Tie Yang; Francesca Bragheri; Paolo Minzioni (Micromachines, 2016)

Bio-inspired wearable soft upper-limb exoskeleton robot for stroke survivors. - Ning Li; Peng Yu; Tie Yang; Liang Zhao; Ziwen Liu; Ning Xi 001; Lianqing Liu (ROBIO, 2017)

Force Point Transfer Method to Solve the Structure of Soft Exoskeleton Robot Deformation due to the Driving Force. - Ning Li; Tie Yang; Peng Yu; Liang Zhao; Junling Chang; Ning Xi 001; Lianqing Liu (RCAR, 2018)

Preliminary Study in Motion Assistance of Soft Exoskeleton Robot based on Data-driven Kinematics Model Learning. - Ning Li; Jialin Li; Tie Yang; Yang Yang 143; Peng Yu; Lianqing Liu; Wanglin Qin; Ning Xi 001 (ROBIO, 2019)

Systematic Analyses of Passive Vibration Isolation System for Atomic Force Microscopes. - Shenghang Zhai; Peng Yu; Jialin Shi; Tie Yang; Lianqing Liu (ICIRA (2), 2021)

A Learning from Demonstration Method for Generating Human-like Actions on Redundant Manipulators. - Liang Zhao; Peng Yu; Tie Yang; Yang Yang 143; Ning Xi 001; Lianqing Liu (ROBIO, 2021)

Noncontact Subnanometer Resolution Displacement Sensing With Wide Bandwidth Based on Squeeze Film Damping Effect. - Shenghang Zhai; Jialin Shi; Peng Yu; Tie Yang; Yang Yang 143; Chanmin Su; Lianqing Liu (IEEE Trans. Instrum. Meas., 2023)

AFM Vibration Noise Reduction via Squeeze-Film-Damping-Effect Sensing Method. - Shenghang Zhai; Liang Liang; Jialin Shi; Peng Yu; Tie Yang; Yang Yang 143; Chanmin Su; Lianqing Liu (IEEE Trans. Instrum. Meas., 2024)

Multi-Sensor Fusion-Based Mirror Adaptive Assist-as-Needed Control Strategy of a Soft Exoskeleton for Upper Limb Rehabilitation. - Ning Li; Yang Yang 143; Gang Li; Tie Yang; Yihan Wang; Wenyuan Chen; Peng Yu; Xiujuan Xue; Chuang Zhang; Wenxue Wang; Ning Xi 001; Lianqing Liu (IEEE Trans Autom. Sci. Eng., 2024)

Peak Force Torsional Resonance Microscopy for Accurate Nanoscale Characterization of In-Plane and Out-of-Plane Mechanical Properties. - Jialin Shi; Huiyao Shi; Yongliang Yang 003; Peng Yu; Tie Yang; Yang Yang 143; Chanmin Su; Lianqing Liu (IEEE Trans Autom. Sci. Eng., 2025)