Stand-off biometric identification using Fourier transform profilometry for 2D+3D face imaging

Brian Redman; John Novotny; Taylor Grow; Van Rudd; Nathan Woody; Michael Hinckley; Paul McCumber; Nathan Rogers; Michael Hoening; Kelli Kubala; Scott Shald; Radek Uberna; Tiffanie D'Alberto; Thomas Höft; Russell Sibell; Frederick W. Wheeler

Book chapter

Stand-off biometric identification using Fourier transform profilometry for 2D+3D face imaging

Brian Redman, John Novotny, Taylor Grow, Van Rudd, Nathan Woody, Michael Hinckley, Paul McCumber, Nathan Rogers, Michael Hoening, Kelli Kubala, …

Applications of Lasers for Sensing and Free Space Communications 2011

07/11/2011

Abstract

Mathematics

<p>We developed and tested a Fourier Transform Profilometry, 2D+3D face imager operating with subjects moving at ≤1.5 m/s at ≤25-m range with <1.4-mm resolution and range precision at 1-Hz capture rate using low cost components.</p>

Files and links (1)

url

Link to Full TextView

Metrics

7 Record Views

Details

Title: Stand-off biometric identification using Fourier transform profilometry for 2D+3D face imaging
Author/Creator: Brian Redman
John Novotny
Taylor Grow
Van Rudd
Nathan Woody
Michael Hinckley
Paul McCumber
Nathan Rogers
Michael Hoening
Kelli Kubala
Scott Shald
Radek Uberna
Tiffanie D'Alberto
Thomas Höft - University of St. Thomas - Minnesota
Russell Sibell
Frederick W. Wheeler
Publication Details: Applications of Lasers for Sensing and Free Space Communications 2011
Academic Unit: Mathematics
Language: English
Resource Type: Book chapter
Record Identifier: 991015131293703691