Measuring the accuracy of facial forensics comparisons
Results of the study “Measuring the accuracy of facial forensics comparisons” have been accepted to the Proceedings of the National Academy of Sciences. The paper “Face Recognition Accuracy of Forensic Examiners, Superrecognizers, and Algorithms” appeared 29 May 2018 (https://doi.org/10.1073/pnas.1721355115). This article is open access, meaning it can be downloaded without any fee or subscription.
The reference is:
P.J. Phillips, A.N. Yates, Y. Hu, C.A. Hahn, E. Noyes, K. Jackson, J.G. Cavazos, G. Jeckeln, R. Ranjan, S. Sankaranarayanan, J.-C. Chen, C.D. Castillo, R. Chellappa, D. White, and A.J. O’Toole. Face Recognition Accuracy of Forensic Examiners, Superrecognizers, and Algorithms. Proceedings of the National Academy of Sciences, DOI:10.1073/pnas.1721355115, May 29, 2018.
Face Recognition Vendor Tests (FRVT) provide independent government evaluations of commercially available and prototype face recognition technologies. These evaluations are designed to provide U.S. Government and law enforcement agencies with information to assist them in determining where and how facial recognition technology can best be deployed. In addition, FRVT results help identify future research directions for the face recognition community.
NIST is pleased to announce new open and sequestered challenge datasets, including detection and recognition of individuals in social media. These challenges are available here. Results will be added as they are submitted to NIST.
NIST is pleased to announce the FIVE program dedicated to development of face recognition in video sequences. For further infomation, see the FIVE Homepage.
The goal of the Point and Shoot Face Recognition Face Recognition challenge (PaSC) is to assist the development of face and person recognition algorithms. The challenge focuses on recognition from still images and videos captured with from digital point and shoot cameras.
In conjunction with IARPA, NIST is running its first Face Recognition Prize Challenge (FRPC) to assess capability of the latest algorithms operating on unconstrained images. IARPA will award cash prizes to the most accurate identification and verification algorithms. Details appear on the challenge website. Participants must follow the IARPA rules, and then implement NIST’s API. The test proceeds by NIST executing participants’ algorithms on images sequestered at NIST.
The goal of the Face and Ocular Challenge Series (FOCS) is to engage the research community to develop robust face and ocular recognition algorithms along a broad front. Currently the FOCS consists of three tracks: the Good, the Bad, and the Ugly (GBU); Video; and Ocular. These challenges are based on the results of previous NIST challenge problems and evaluations.
MBE has three tracks: Portal, Video, and Still Face.
The primary goal of the Multiple Biometric Grand Challenge (MBGC) is to investigate, test and improve performance of face and iris recognition technology on both still and video imagery through a series of challenge problems and evaluation. The participation period has now ended, however, MBGC data is still available to researchers.
The Face Recognition Grand Challenge (FRGC) project was conducted and managed by Dr. P. Jonathon Phillips. The participation period has now ended, however, FRGC data is still available to face recognition researchers. The primary goal of the FRGC was to promote and advance face recognition technology designed to support existing face recognition efforts in the U.S. Government.
The goal of the sponsored research was to develop face recognition algorithms. The FERET database was collected to support the sponsored research and the FERET evaluations. The FERET evaluations were performed to measure progress in algorithm development and identify future research directions.
The Text Recognition Algorithm Independent Evaluation (TRAIT) is being conducted to assess the capability of text detection and recognition algorithms to correctly detect and recognize text appearing in unconstrained imagery.
The Face Recognition Algorithm Independent Evaluation (CHEXIA-FACE) is being conducted to assess the capability of face detection and recognition algorithms to correctly detect and recognize children's faces appearing in unconstrained imagery.