Sentence examples for higher levels of parallelism from inspiring English sources

Advances in high performance computing hardware systems lead to higher levels of parallelism and optimizations in scientific applications and more specifically in computational fluid dynamics codes.

Two important factors prevent contemporary out-of-order architectures from being scalable to higher levels of parallelism in future deep-submicron technologies: the increased complexity and the growing domination of interconnect delays.

They offer more radical designs with a higher level of parallelism but adaptation to novel programming environments.

Solution of this problem requires the use of algorithms with higher level of parallelism in multi-core platforms.

From the encouraging scalability results, we expect that this approach can also be useful even on the next-generation HPC systems which may demand higher level of parallelism.

In the random-based scheme, servers may be assigned to a small number of tasks and higher level of parallelism may be achieved; however, at the cost of higher energy expenditure.

Heterogeneous chips, equipped with different types of cores and memory, will force application developers to deal with irregular communication patterns, high levels of parallelism, and unexpected behavior.

One successful approach is exploring novel massively-parallel Natural-inspired algorithms, such as the Ant Colony Optimization (ACO) algorithm, through the exploitation of high-throughput accelerators such as GPUs, which are designed to provide high levels of parallelism and low Energy per instruction (EP) cost through heavy vectorization.

The highest level of parallelism duplicates the whole turbo decoder to process frames in parallel.

In this way, the simulator can exploit the high level of parallelism of modern multicore computer architectures.

Parallel performance results obtained in terms of speed-up and efficiency are presented to demonstrate the high level of parallelism inherent in the time domain BEM.