Papers
3
Total Citations
17
H-Index
2
About
Hossein Ramezani is a researcher whose work sits at the intersection of electromagnetic wave propagation and medical robotics, with a particular focus on solving the fundamental challenge of localizing micro-robots inside the human body. His key research areas include intra-body channel modeling, complex permittivity measurement, and adaptive control systems for robotic manipulators. Ramezani’s major contributions involve developing realistic propagation models that move beyond the simplistic assumption of the human body as a homogeneous medium. His most cited work (9 citations) provides crucial *in vivo* and *in situ* measurements and modeling of the effective complex permittivity within the body, directly enabling more accurate radio frequency tracking of medical micro-robots for minimally invasive procedures. Complementing this, his adaptive path loss channel model (6 citations) addresses the layered, heterogeneous nature of biological tissues, offering a more robust framework for navigation. Earlier in his career, he also contributed to control theory by designing an adaptive robust controller for 3-DOF robots that effectively handles both parametric and unstructured uncertainties. Together, these works establish Ramezani as a key figure bridging electromagnetics and biomedical engineering, laying the groundwork for more precise and reliable wireless medical interventions.
Research Focus
Key Achievements
Top Papers
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