Accession Number : ADA184895
Title : Implementation of an FIR Band Pass Filter Using a Bit-Slice Processor.
Descriptive Note : Master's thesis,
Corporate Author : NAVAL POSTGRADUATE SCHOOL MONTEREY CA
Personal Author(s) : Purdy, Darrel W
PDF Url : ADA184895
Report Date : Jun 1987
Pagination or Media Count : 164
Abstract : A 13th order FIR filter for digital image processing is implemented in microcode using the Am29203 bit-slice evaluation board of ADVANCED MICRO DEVICES. To meet this requirement, the filter is first implementations are used for timing comparisons. Although non-optimal bit-slice devices are used on evaluation board, a time of 11 microseconds achieved in the Fortran implementation. Theoretical estimates of 2.65 microseconds and 0.78 microseconds are obtained for high speed Am2900 bit-slice devices and VITESSE'S Gallium Arsenide bit-slice devices respectively. It is shown that, although the initial learning period for bit-slice devices implement a simple filter design in minimal time with significant results in time savings.
Descriptors : *PROCESSING EQUIPMENT, *BANDPASS FILTERS, *DIGITAL FILTERS, *COMPUTER PROGRAMS, *ARITHMETIC UNITS, *LOGIC CIRCUITS, DATA RATE, GALLIUM ARSENIDES, COMPUTER GRAPHICS, MOMENTUM, FORTRAN
Subject Categories : Computer Hardware
Computer Programming and Software
Distribution Statement : APPROVED FOR PUBLIC RELEASE