Architecture and design of GE1, an FCCM for Golomb ruler derivation

A new architecture for Golomb ruler derivation has been developed, and an FPGA-based custom compute engine of the new architecture has been fully designed. The new FCCM, called GE1, is presented in terms of its datapath, and control path. Portions of the GE1 have been implemented to verify functiona...

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Bibliographic Details
Main Authors: Dollas, A., Sotiriades, E., Emmanouelides, A.
Format: Conference Proceeding
Language:English
Subjects:
Computational modeling
Computer architecture
Costs
Crystallography
Design engineering
Electromagnetic spectrum
Engines
Field programmable gate arrays
Mathematics
Radio frequency
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Summary:A new architecture for Golomb ruler derivation has been developed, and an FPGA-based custom compute engine of the new architecture has been fully designed. The new FCCM, called GE1, is presented in terms of its datapath, and control path. Portions of the GE1 have been implemented to verify functional correctness and accuracy of the simulation results. The new machine requires twenty Xilinx 5000 series FPGA's for derivation of the 20 mark Golomb ruler, and its performance is roughly 30 times that of a high-end workstation, making its cost-performance ratio exceptionally good for derivation of new rulers.
DOI:10.1109/FPGA.1998.707880