Unambiguously and reliably assessing the performance of current biometric recognition technology is mandatory for understanding its limitations and addressing future research. After the success of the first four fingerprint verification competitions (FVC2000, FVC2002, FVC2004, and FVC2006), the Biometric System Laboratory (University of Bologna) organized a new online evaluation campaign for biometric technologies: FVC-onGoing. FVC-onGoing is a web-based platform that allows automatic evaluation of recognition algorithms on a set of sequestered datasets: results are reported using well known performance indicators and metrics. The talk will describe the testing framework, summarize results and experience gained during the first three years of activity, and introduce novel benchmarks that have been recently added to the platform.
Raffaele Cappelli (2013). FVC‐onGoing: testing with a web-based automated platform. Naarden : European Association for Biometrics.
FVC‐onGoing: testing with a web-based automated platform
CAPPELLI, RAFFAELE
2013
Abstract
Unambiguously and reliably assessing the performance of current biometric recognition technology is mandatory for understanding its limitations and addressing future research. After the success of the first four fingerprint verification competitions (FVC2000, FVC2002, FVC2004, and FVC2006), the Biometric System Laboratory (University of Bologna) organized a new online evaluation campaign for biometric technologies: FVC-onGoing. FVC-onGoing is a web-based platform that allows automatic evaluation of recognition algorithms on a set of sequestered datasets: results are reported using well known performance indicators and metrics. The talk will describe the testing framework, summarize results and experience gained during the first three years of activity, and introduce novel benchmarks that have been recently added to the platform.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
