The primary objective of this book is to showcase a new high performance comparator for low-power application of Flash ADC. Moreover, by employing the proposed comparator, the designed Flash ADCs get rid of power hungry reference-ladder network. The secondary objective is to propose a novel power reduction technique for high-speed Flash ADC, which examines the inactive comparators in the Flash ADC and disables them to save the unnecessary power consumption.

Die Gesichtserkennung kann in verschiedenen Bereichen eingesetzt werden, z. B. zur Verbrechensverhütung, zur Überprüfung von Personen und zur Videoüberwachung. Aufgrund der Auswirkungen von Beleuchtung, Teilverdeckung und Bildgebungsbedingungen ist die Gesichtserkennung ein komplexeres Problem als jedes andere Problem der Objekterkennung. In diesem Buch wird der Ansatz der Merkmalsauswahl in der vorgeschlagenen Technik verwendet, um das Gesichtserkennungssystem unter partiellen Verdeckungsbedingungen zu entwerfen, zu implementieren und zu verifizieren.

Face recognition can be used in different areas like to prevent crime, verification of person and video surveillance. Due to the effect of illumination, partial occlusion and imaging conditions face recognition is more complex problem than any other object recognition problem. In this Book, Feature selection approach is used in proposed technique to a design, implement and verify the the face recognition system under partial occlusion conditions.

La reconnaissance des visages peut être utilisée dans différents domaines comme la prévention des crimes, la vérification des personnes et la surveillance vidéo. En raison de l'effet de l'illumination, de l'occlusion partielle et des conditions d'imagerie, la reconnaissance des visages est un problème plus complexe que tout autre problème de reconnaissance d'objets. Dans ce livre, l'approche de sélection des caractéristiques est utilisée dans la technique proposée pour concevoir, mettre en oeuvre et vérifier le système de reconnaissance des visages dans des conditions...

Flash architecture generally achieves the highest conversion speed and represents an ideal design approach for realizing high-speed data converters. However, power consumption always confines its utilization in low-power applications. The primary objective of this book is to showcase a new high-performance comparator for the low-power application of Flash ADC. Moreover, by employing the proposed comparator, the designed Flash ADCs eliminate a power-hungry reference-ladder network. The secondary objective is to offer a novel power reduction technique for high-speed Flash ADC, which examines...