Tianhua Meng

Papers

Total Citations

146

H-Index

About

Tianhua Meng is a robotics researcher whose work centers on mobile surveillance systems, autonomous robot design, and bio-inspired locomotion — areas at the intersection of robotics engineering and real-world security applications. Meng's most influential contributions address a fundamental limitation in surveillance robotics: the inability of conventional wheeled and tracked robots to navigate cluttered indoor environments effectively. His 2011 paper introducing a jumping robot as a surveillance terminal, which has garnered 75 citations, demonstrated an innovative approach to overcoming physical obstacles such as stairs and doorsills that confound traditional platforms. Complementing this work, his equally impactful study on automatic docking and recharging systems for home surveillance robots (69 citations) tackled the critical challenge of operational autonomy, presenting a compact, triangular palm-sized robot capable of self-sustaining deployment. His 2012 contribution on bio-inspired jumping robots extended these ideas toward mobile sensor networks designed for rough terrain navigation. Collectively, Meng's research has meaningfully advanced the practical deployment of intelligent, self-sufficient surveillance robots, making him a noteworthy contributor to the field of autonomous mobile robotics.