Papers
6
Total Citations
24
H-Index
4
About
Kamel Haddadi is a leading researcher in the integration of robotics, millimeter-wave sensing, and advanced metrology, whose work is shaping the future of nondestructive testing and on-wafer characterization. His core contributions span three interconnected domains: collaborative mobile robotics for sensing, fault-tolerant sensor fusion, and nanorobotic instrumentation for microwave measurements. Haddadi’s most cited work, a 2021 study on multi-sensor fusion architectures using the Covariance Intersection algorithm, has garnered 5 citations for its practical estimation of calculation burdens. He is perhaps best known for a proof-of-concept 2020 paper (5 citations) that pioneered millimeter-wave free-space nondestructive testing using 60 GHz emitter-receiver pairs mounted on collaborative mobile robots, offering a novel, flexible approach to material inspection. In parallel, Haddadi has made significant strides in nanoscale metrology, developing a robotic on-wafer probe station integrated into a scanning electron microscope (2015, 4 citations) and an automated probing station (2023, 4 citations) that address critical repeatability challenges in microwave characterization. His work on adaptive entropy-based thresholds for change detection (2019, 4 citations) and real-time sensor-fault detection (2021, 2 citations) further demonstrates his commitment to robust, fault-tolerant systems. Haddadi’s research uniquely bridges robotics, electromagnetics, and information theory, offering practical solutions for high-precision sensing and measurement.
Research Focus
Key Achievements
Top Papers
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- 4Automated and Robotic On-Wafer Probing Station4 citations · 2023
- 5
- 6Fast and Real-Time Sensor-Fault Detection using Shannon’s Entropy2 citations · 2021