RROE Mission Capability - UUR Version
Abstract not provided.
Publications
Rapid PL Imaging For Defect Identification in Semiconductor Sensors
Abstract not provided.
Experiments to Interrogate Polyurethane Foam Bubble Growth
Abstract not provided.
Time resolved photo-luminsecent decay measurements of infrared materials - slides
Abstract not provided.
Time resolved photo-luminsecent decay measurements of infrared materials - paper
Abstract not provided.
Copy of Rheology of Polyurethane Foam during its Manufacture
Abstract not provided.
Dynamics of Point Source Signal Detection on Infrared Focal Plane Arrays
Abstract not provided.
Adaptive Imaging for ISR Applications
Abstract not provided.
Iris Imaging System with Adaptive Optical Elements
(TENTATIVE) Optical Engineering
Abstract not provided.
Optical requirements with turbulence correction for long-range biometrics
Proceedings of SPIE - The International Society for Optical Engineering
Iris recognition utilizes distinct patterns found in the human iris to perform identification. Image acquisition is a critical first step towards successful operation of iris recognition systems. However, the quality of iris images required by standard iris recognition algorithms puts hard constraints on the imaging optical systems which have resulted in demonstrated systems to date requiring a relatively short subject stand-off distance. In this paper, we study long-range iris recognition at distances as large as 200 meters, and determine conditions the imaging system must satisfy for identification at longer stand-off distances. © 2009 SPIE.
10 Results