Architecture-mapped concurrent-transform programmable 2D FIR filters for serial image processing
Architecture-mapped concurrent-transform programmable 2D FIR filters for serial image processing
This paper presents a new approach to 2-D FIR filters using concurrent image transformation, negating pipeline delay penalties and reducing same-size convolution edge effects associated with sequential-transform filters realised in hardware while maintaining direct programmability. The new filters are suitable for FPGA and CPLD when a logic mapping technique is applied, which also maximises operational speed to provide video signal processing rates. An example 5-tap filter achieves 42 MHz clock frequency giving a 10.5 MHz pixel processing rate.
112-116
Living, J
9be8483d-f7b0-4bfd-8bcc-8c9b16829e91
Al-Hashimi, B.M.
0b29c671-a6d2-459c-af68-c4614dce3b5d
September 1999
Living, J
9be8483d-f7b0-4bfd-8bcc-8c9b16829e91
Al-Hashimi, B.M.
0b29c671-a6d2-459c-af68-c4614dce3b5d
Living, J and Al-Hashimi, B.M.
(1999)
Architecture-mapped concurrent-transform programmable 2D FIR filters for serial image processing.
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Conference or Workshop Item
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Abstract
This paper presents a new approach to 2-D FIR filters using concurrent image transformation, negating pipeline delay penalties and reducing same-size convolution edge effects associated with sequential-transform filters realised in hardware while maintaining direct programmability. The new filters are suitable for FPGA and CPLD when a logic mapping technique is applied, which also maximises operational speed to provide video signal processing rates. An example 5-tap filter achieves 42 MHz clock frequency giving a 10.5 MHz pixel processing rate.
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Published date: September 1999
Additional Information:
Organisation: IEEE, IEE
Organisations:
Electronic & Software Systems
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Local EPrints ID: 252217
URI: http://eprints.soton.ac.uk/id/eprint/252217
PURE UUID: ecf8391f-2f0e-49cd-bc61-f6de7e724a9a
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Date deposited: 03 Apr 2000
Last modified: 08 Jan 2022 14:40
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Contributors
Author:
J Living
Author:
B.M. Al-Hashimi
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