Kristof Dausien

Papers

Total Citations

H-Index

About

Kristof Dausien is a researcher at the forefront of millimeter-wave antenna metrology, specializing in the development of automated, robotic measurement systems for next-generation wireless technologies. His work centers on integrating wideband Frequency-Modulated Continuous Wave (FMCW) radar sensors with robotic arms to create highly precise, coherent antenna characterization platforms. Dausien’s major contribution lies in demonstrating that compact FMCW radar modules can replace traditional, bulky vector network analyzers for capturing both magnitude and phase of antenna patterns, particularly in the challenging D-band. This innovation significantly reduces measurement time and complexity while maintaining accuracy. His 2024 paper on a robotic antenna characterization system using FMCW transceivers has garnered early attention with 3 citations, and his 2025 follow-up, which validated ultrawideband measurements in the D-band, has already received 2 citations. By mounting the antenna under test directly onto the radar sensor via a standard waveguide flange, Dausien has pioneered a streamlined approach that promises to accelerate the development and testing of 5G/6G and satellite communication antennas. His work represents a critical step toward fully automated, high-frequency antenna measurement facilities.