job mix

job mix

[′jäb‚ miks]
(computer science)
The distribution of the jobs handled by a computer system among the various job classes.
References in periodicals archive ?
For the simulation applications from the RWTH job mix, CLAIX-2018 provides an average performance increase of 30% per core for the same data input sets in comparison to the previously installed system and delivers a theoretical peak performance of 3.55 Petaflops (3.55 million billion floating point operations per second).
As the industry ramped up on lower volumes, higher job mix, and increased personalization, capacity and capability of the desktop device fell short in profitably fulfilling market demands.
The system must be able to execute the entire job mix and be evaluated with this and other benchmarks.
* Economic competitiveness; locales with a diversified economic base and job mix
The HMA was PG 64-22 with a job mix formula content of 6.4 percent and a target field compaction of 91 to 95 percent density.
Balance ratios, as discussed in my 2007 Scientific Computing article, "HPC Balance and Common Sense," are a commonly used set of metrics that can extrapolate the characteristics of a newer, faster machine that can run a job mix efficiently based on the hardware characteristics of an existing system.
Improved metrology capability also helped YAMI to reduce operating costs, get into molding abrasive materials and learn how to handle their detrimental effect on mold wear; and boost productivity and production scheduling--including job mix and lot sizes, says Parker.
These projections are based on EDD's forecasts of industry growth, combined with data on the job mix in each industry and an assessment of the way that the job mix is expected to change.
If an HMA producer wants to use less RAS or make other adjustments to the mix design, then a proposed job mix formula can be submitted to MoDOT for consideration.
Fort Smith will be looking to diversify its job mix after enjoying years of manufacturing success.
Arthur Machinery did cycle-time studies to show what high-production multi-axis machines could do in machining the complex components typical of SPM's job mix.