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Search Publications by Andrew Dienstfrey

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Displaying 1 - 25 of 39

Analysis, Comparison, and Assessment of Latent Fingerprint Preprocessing

Haiying Guan, Paul Y. Lee, Curtis L. Lamp, Andrew M. Dienstfrey, Mary F. Theofanos, Brian C. Stanton, Matthew Schwarz
Latent fingerprints obtained from crime scenes are rarely immediately suitable for identification purposes. Instead, most latent fingerprint images must be

Calibration of Time-interleaved Errors in Real-time Digital Oscilloscopes

Jeffrey A. Jargon, Chihyun Cho, Joo-Gwang Lee, Paul D. Hale, Peter J. Jeavons, John B. Schlager, Andrew M. Dienstfrey
A novel method is proposed for the calibration of channel mismatch in a time-interleaved real- time digital oscilloscope (RTDO). A simple simultaneous nist

Analysis for Dynamic Metrology

Andrew M. Dienstfrey, Paul D. Hale
Diverse measurement contexts require estimates of time varying quantities. Ideally the measurement device responds to signal variations significantly more

A New Metric for Latent Fingerprint Image Preprocessing

Mary F. Theofanos, Andrew M. Dienstfrey, Brian C. Stanton, Haiying Guan
Although fingerprint recognition is a well-studied area, forensic fingerprint preprocessing based on computational theory is still a relatively new domain in


Andrew M. Dienstfrey, Ronald F. Boisvert

Traceability of high-speed electrical waveforms at NIST, NPL, and PTB

Paul D. Hale, Dylan F. Williams, Andrew M. Dienstfrey, Chih-Ming Wang, Jeffrey A. Jargon, David Humphreys, Matthew Harper, Heiko Fuser, Mark Bieler
Instruments for measuring high-speed waveforms typically require calibration to obtain accurate results. The national metrology institutes of the United States

A statistical study of de-embedding applied to eye diagram analysis

Paul D. Hale, Jeffrey A. Jargon, Chih-Ming Wang, Brett Grossman, Matthew Claudius, Jose Torres, Andrew M. Dienstfrey, Dylan F. Williams
We describe a stable method for calibrating digital waveforms and eye diagrams using the measurement system response function and its regularized inverse. The