Sentence examples for performance of computation from inspiring English sources
Figure 9 The performance of computation efficiency.
These applications calculate lots of data sequentially, so we can effectively improve the performance of computation when multi-thread approach is applied to the computation process.
As mentioned in Section 1, precision and range are key resources to be traded off against the performance of a computation.
An impressive property of our system is that its bisection bandwidth matches, within an order of magnitude, the performance of its computation engine.
To improve the performance of the computation of such a diffusion, we can apply the Cholesky decomposition, that is decomposing the Laplacian matrix into the product of a lower triangular matrix by its transpose, before computing the kernel from this matrix.
This situation is in fact a consequence of the attitude that I have described in the introduction: computational science is so much focused on the performance of the computations and so little on the correctness of the results that there is no incentive for language designers and implementors to improve the situation.
The performance of dynamic computations has been improved by truncating the dynamic contributions of higher modes of the vibrating structure.
iMapReduce [23] improves the performance of iterative computations by eliminating the shuffle of static data, allowing asynchronous execution of map tasks, and making map/reduce tasks persistent.
There needs to be a strategy in place to carry out the required transformation as this will play a significant role in improving the performance of subsequent computations.
Computed results show that the stiff reaction scheme enables selection of larger time steps and thus leads to substantial improvement in the performance of the computations.
This information can then be used to generate a fine-grained energy-efficient schedule for execution of the computations – as well as a schedule of frequency changes on a per-core basis – while satisfying performance requirements of computations.
