Semiconductor & Computer Engineering
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Difference between revisions of "bytes per flop"
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| − | '''Bytes per [[FLOP]]''' ('''B/F''') is a ratio that represents the required number of [[bytes]] to be transferred between the [[execution unit]] of a [[microprocessor]] and the off-chip memory divided by the number of [[floating-point operations]] required for a particular task. B/F is a [[figure of merit]] used to analyze the peak performance of a system under [[memory-bound]] workloads. | + | '''Bytes per [[FLOP]]''' ('''B/F''') is a ratio that represents the required number of [[bytes]] to be transferred between the [[execution unit]] of a [[microprocessor]] and the off-chip memory divided by the number of [[floating-point operations]] required for a particular task. B/F is a common [[figure of merit]] in the [[HPC]] community used to analyze the peak performance of a system under [[memory-bound]] workloads. |
{{empty section}} | {{empty section}} | ||
Revision as of 19:12, 23 November 2018
Bytes per FLOP (B/F) is a ratio that represents the required number of bytes to be transferred between the execution unit of a microprocessor and the off-chip memory divided by the number of floating-point operations required for a particular task. B/F is a common figure of merit in the HPC community used to analyze the peak performance of a system under memory-bound workloads.
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