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Jeanne Quimby (Fed)
Dr. Jeanne Quimby is the project leader for the Device-level Anomaly Detection to Forensic Security Electromagnetic Emissions (DARE2FORESEE) project. She and the team assess wireless telecommunication devices for cybersecurity vulnerabilities at the radio access network and the device sub-component level.
She received her Ph.D. and M.S. from The Ohio State University and a B.S. from the University of California of San Diego. Jeanne currently serves as the Commission A Chair for the U.S. National Committee for the International Union of Radio Science (USNC-URSI) and the Vice-Chair of IEEE P2982 – Millimeter-Wave Channel Sounder Verification. If you are interested in contacting her, please use the following email jeanne.quimby [at] nist.gov.
Research Topics
- 5G and Beyond Telecommunication Devices Vulnerabilities
- Telecommunication Supply Chain Security Assessment
- mmWave Hardware Verification
Selected Awards and Honors
- Department of Commerce Bronze award for Superior Federal Service (2019). It was awarded for the development of innovative measurement methods, a state-of-the-art testbed, and extensive first-in-class measurement data sets that led to a comprehensive Guide to Industrial Wireless Systems Deployments.
Selected Publications
- NIST's Synthetic Aperture Measurements of Uncertainty in Angle of Incidence (SAMURAI) Measures 5G Communications Channels Precisely
- J. Quimby, D. G. Michelson, M. Bennai, K. A. Remley, J. M. Kast, A. J. Weiss.," Interlaboratory Millimeter-Wave Channel Sounder Verification, "2019 European Conference on Antennas and Propagation, Krakow, Poland, pp. 1-5
- J. Quimby, R. Candell, C. A. Remley, D. R. Novotny, J. Diener, P. B. Papazian, A. E. Curtin, and G. H. Koepke, "NIST Channel Sounder Overview and Channel Measurement in Manufacturing Facilities," Technical Note (NIST TN) 1979, 83 pp., (November 8, 2017)
Patents
- U. S. Patent 9831933, "Techniques and methods for frequency division multiplexed digital beamforming."
- U. S. Patent 9628217, "Comb Limiter Combiner with Sub-Band Interference Negation"