Digital implementation of cellular sensor-computers: Research Articles

Authors:
Péter Földesy;Ákos Zarándy;Csaba Rekeczky;Tamás Roska
Affiliations:
Analogical and Neural Comp. Lab., Hungarian Acad. of Sci., (http//:lab.analogic.sztaki.hu) and Fac. of Info. Tech., Jedlik Labs., Pázmány Péter. Catholic Univ., Budapest, Hungary;Analogical and Neural Comp. Lab., Hungarian Acad. of Sci., (http//:lab.analogic.sztaki.hu) and Fac. of Info. Tech., Jedlik Labs., Pázmány Péter. Catholic Univ., Budapest, Hungary;Analogical and Neural Comp. Lab., Hungarian Acad. of Sci., (http//:lab.analogic.sztaki.hu) and Fac. of Info. Tech., Jedlik Labs., Pázmány Péter. Catholic Univ., Budapest, Hungary an ...;Analogical and Neural Comp. Lab., Hungarian Acad. of Sci. (http//:lab.analogic.sztaki.hu) and Fac. of Info. Tech., Jedlik Labs., Pázmány Péter. Catholic Univ., Budapest, Hungary
Venue:
International Journal of Circuit Theory and Applications - Special Issue on CNN Technology (Part 2)
Year:
2006

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Abstract

A bit-sliced digital implementation method of the cellular sensor-computer is proposed. The proposed sensor-computer architecture is analysed, and an implementation example is introduced. The analogue and the digital implementation methods are compared. It is found that on or below 0.18 µm technology the digital implementation of the cellular sensor-computer is a viable alternative to the analogue versions in general-purpose designs. Copyright © 2006 John Wiley & Sons, Ltd.