Sentence examples for modern computing architectures from inspiring English sources

To confer the robustness and high quality of service, modern computing architectures running real-time applications should provide high system performance and high timing predictability.

With the increasing number of processor cores available in modern computing architectures, task or data parallelism is required to maximally exploit the available hardware and achieve optimal processing speed.

Like the other Spectre variants, this one has to do with "speculative execution," a core component of modern computing architecture that predicts what might be required of it in the immediate future and executes on it, either keeping the results if the prediction is right or discarding them if not.

We introduce a new Manycore Workflow Runtime Environment (MWRE) to efficiently enact traditional scientific workflows on modern manycore computing architectures.

Because of physical hardware limitations, manufacturers have shifted their focus towards multi-core and other modern parallel computing architectures, and we must focus efforts on the development of parallel computing solutions for large-scale nonlinear programming.

There are reasons to think that the asynchronous approach has some advantages; however, the synchronous methodology prevails in the modern computing systems architecture.

The advantage of this algorithm is that it is readily parallelized in modern high computing architecture.

Inspired by a voting-based approach employing an oriented point pair feature, we present a voting-based approach which further incorporates color information from the RGB-D sensor and which exploits parallel power of the modern parallel computing architecture.

Due to increasing vector capabilities, efficient mapping of bit-parallel APM algorithms onto modern high performance computing architectures is an interesting research topic.

The developments highlight two general trends in the theoretical work in this field: on the one hand, using computational electromagnetic techniques such as the finite-difference time-domain methods in combination with modern large-scale computing architectures.

Secondly, it has the potential to be used as part of a hierarchical evolutionary algorithm, which takes advantage of modern multi-core computing architectures.