Mar 9 2010
BIO-key International, Inc. (OTC Bulletin Board: BKYI), a leader in finger-based biometric identification solutions, today announced that in the recent test results published by the National Institute of Standards and Technology (NIST), BIO-key's accuracy improved by a remarkable 23% on the DHS2 Dataset.
The DHS2 Dataset is considered to be the most difficult dataset tested by the NIST Proprietary Template tests (PFT).
According to Michael DePasquale, BIO-key Chief Executive Officer, "These results are significant as they clearly reinforce our continued position as a market leader and validate our efforts to ensure the highest accuracy possible. These results reinforce why BIO-key was selected as the fusion partner for the FBI Next Generation IAFIS project."
This NIST PFT test is a rigorous measure of an algorithm's inherent accuracy. It exercises four different datasets of fingerprint images from various real-life government applications, such as Department of Homeland Security. The aforementioned datasets are large enough to provide realistic independent vendor results, given how that data was captured, the capture device used as well as the users being enrolled.
The main result secured from these evaluations is an estimate of how well commercial products performed one-to-one matching for verification over a range of applications.
"For some of the datasets used in the NIST testing there is little variation in the performance of the tested algorithms. These variations are in the thousandths of a point to differentiate vendors," noted Mira LaCous, Vice President Technology and Development at BIO-key. "The DHS2 dataset, which is the most challenging of the four tested, ranks BIO-key as one of the top three providers worldwide. Also when comparing the simple average of the four datasets, for the Table 1 results where NIST sets the threshold at an FAR of .0001, BIO-key ranks again among the top three providers worldwide," she continued.
NIST conducts this ongoing public testing program for fingerprint algorithms using datasets collected by the U.S. Department of Homeland Security and U.S. Department of State. The results are available for viewing at http://fingerprint.nist.gov/SDK/ under "Updated Tables and Plots (February 26, 2010)."