Sentence examples for with very high performance from inspiring English sources

Computer architects use parallelism and various strategies for memory organization to design computing systems with very high performance.

Such data analysis is a classic example of a streaming application with very high performance requirements.

"Because our initial product is used exclusively with very high performance servers to provide extremely high capacity data throughput, we were very close to the server manufacturers," says Selina Lo, vice president of marketing at Alteon.

We tend to try to jump on those pretty aggressively and so you look at that architecture of that Mac Pro, it had great Thunderbolt external I/O and we said: 'This is a great opportunity to change what had been a conventional build a big card rack and slot a bunch of cards in there.' We said: 'a lot of this storage can be achieved with very high performance with Thunderbolt.

Caveats in relation to interpreting outcomes for call centres with very high performance levels need to be incorporated into the framework.

When an outlier (a control subject with very high performance but low connectivity strength) was eliminated from this analysis, this correlation reached significance (R2 = 0.641, P < 0.05).

The neural network learns to stabilize the boom on-line without any prior information and with a very high performance.

CASTOR is capable of improving rapid access to space capabilities by providing an orbital transfer platform with a very high performance to mass ratio, thus greatly reducing launch costs and allowing for highly efficient orbital manoeuvre.

RAMI analysis of the ITER Radial X-ray Camera diagnostic (RXC) system during preliminary design phase was required, which insures the system with a very high performance to measure the X-ray emission and research the MHD of plasma with high accuracy on the ITER machine.

The three goals of this paper are: 1) to evaluate the improvements in technology for increasing magnetic flux density (magnetic field) to 14 T in the next few years and eventually to 20 T; 2) to highlight neuroscience opportunities enabled by these advances; and, 3) to evaluate the physiological and biophysical effects associated with MRI at very high performance levels.

The composites developed with the treated nonwovens presented very high performance combined with enough durability to be potential candidates for the development of sustainable materials for building envelopes.