Chris Bensing Boehnen

TL;DR: While this study is an initial step in determining the utility of physiological biometrics across postmortem time, biometric research has the potential to make important contributions to human identification and the law enforcement, military, and medicolegal communities.

TL;DR: This paper discusses a multimodal dataset of finger-prints, faces, and irises from twelve donated human subjects that decomposed outdoors under natural conditions and includes predictive models relating time and temperature, measured as Accumulated Degree Days (ADD), and season, to the probability of automatic verification using a commercial algorithm.

TL;DR: A new biometric targeted eye model and a method to reconstruct the off-axis eye to its frontal view allowing for recognition using existing methods and algorithms to be largely unmodified by using this work as a pre-processor to improve performance.

TL;DR: The proposed 3D face recognition method employing the 3D signature ran more than three orders of magnitude faster than a traditional ICP based distance implementation, without sacrificing accuracy, and improves biometric performance over simple spherical cut regions used previously.