CMOS sensors are more and more integrated in consumer products. The images issued from these sensors need to be digitally processed before being displayed. Today, CMOS sensors are associated to dedicated components, thus maintaining the power consumption to a low level. On the opposite side, the use of dedicated components limits the flexibility of the hardware and prevents the development of platforms able to run newer image processing algorithms. This paper describes eISP, a programmable architecture which presents a computational efficiency, a silicon area and a power consumption suitable for the processing of 1080p HD images inside of a mobile phone.
Publication
Année de publication : 2010
Type :
Article de journal
Article de journal
Auteurs :
Thevenin, M.
Paindavoine, M.
Letellier, L.
Thevenin, M.
Paindavoine, M.
Letellier, L.
Titre du journal :
Revue Technique et Science Informatiques
Revue Technique et Science Informatiques
Numéro du journal :
29
29
Volume du journal :
2
2
Mots-clés :
eISP, SplitWay, mobile phone, image, embedded, signal, processor, programmable, high définition, HD, low-power, CMOS, CCD, small silicon footprint, high performance.
eISP, SplitWay, mobile phone, image, embedded, signal, processor, programmable, high définition, HD, low-power, CMOS, CCD, small silicon footprint, high performance.