Chung-Ching Liu
Papers
2
Total Citations
37
H-Index
2
About
Chung-Ching Liu is a researcher whose work bridges the critical fields of seismology, structural engineering, and robotics. His most impactful contribution addresses a fundamental challenge in earthquake monitoring: the distortion of accelerometer data caused by ground rotation. In his highly cited 2010 paper (30 citations), Liu pioneered the use of rotational sensors to correct these rotation-induced effects, enabling more accurate measurements of dynamic and permanent seismic displacements. This work is vital for both seismologists studying earthquake mechanics and engineers designing resilient structures. Beyond geophysics, Liu has advanced humanoid robotics by developing an algebraic-elimination approach to solve the inverse kinematics of robot fingers with nonlinearly coupled joints. His 2011 paper (7 citations) provides an elegant mathematical solution for precise finger control, a key challenge in dexterous manipulation. By applying rigorous algebraic methods to both seismic signal processing and robotic motion planning, Liu demonstrates a unique ability to solve complex, nonlinear problems across disciplines. His research has tangible impacts on earthquake safety and the development of more capable humanoid robots.
Research Focus
Key Achievements
Top Papers
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