A new 2D isotropic convolver designed to operate on 256 grey-level images is presented. When realised by using 90 nm IV CMOS technology, the core of the proposed circuit exhibits a 1.25-GHz running frequency with an average power dissipation of only similar or equal to 1 mW/MHz. The new convolver can also be efficiently realised using FPGAs.

A new 2D isotropic convolver designed to operate on 256 grey-level images is presented. When realised by using 90 nm IV CMOS technology, the core of the proposed circuit exhibits a 1.25-GHz running frequency with an average power dissipation of only similar or equal to 1 mW/MHz. The new convolver can also be efficiently realised using FPGAs.

VLSI implementations of efficient isotropic flexible 2D convolvers

PERRI, Stefania;CORSONELLO, Pasquale
2007

Abstract

A new 2D isotropic convolver designed to operate on 256 grey-level images is presented. When realised by using 90 nm IV CMOS technology, the core of the proposed circuit exhibits a 1.25-GHz running frequency with an average power dissipation of only similar or equal to 1 mW/MHz. The new convolver can also be efficiently realised using FPGAs.
A new 2D isotropic convolver designed to operate on 256 grey-level images is presented. When realised by using 90 nm IV CMOS technology, the core of the proposed circuit exhibits a 1.25-GHz running frequency with an average power dissipation of only similar or equal to 1 mW/MHz. The new convolver can also be efficiently realised using FPGAs.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11770/142445
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