Mohammad Rahimi

Robotics Research (United States), University of Southern California, LAC+USC Medical Center

Papers

Total Citations

586

H-Index

About

Mohammad Rahimi is a pioneering researcher at the intersection of distributed robotics, wireless sensor networks, and low-power embedded systems. His most significant contribution is the development of **Robomote**, a tiny mobile robot platform that bridges the gap between static sensor networks and mobile robotics. The seminal 2003 paper introducing Robomote has garnered over **360 citations**, establishing it as a foundational work in the field. Rahimi’s platform enables large-scale ad-hoc sensor networks to become mobile, addressing critical challenges in energy efficiency, computation, and network longevity. His 2005 follow-up work, with over **215 citations**, further refined the concept, demonstrating how mobile sensor networks can overcome the limitations of fixed deployments. Rahimi also explored **adaptive sampling for environmental robotics**, applying networked sensors to characterize distributed natural phenomena. By merging distributed robotics with low-power embedded systems, his work has enabled new paradigms for environmental monitoring, disaster response, and autonomous exploration. Rahimi’s research has profoundly influenced how we design mobile, energy-aware sensor systems, making him a key figure in the evolution of intelligent, networked robotics.