Sentence examples for modern computer architectures from inspiring English sources

The frontal method can be very efficient for solving such systems on modern computer architectures because, in the innermost loop of the computation, the method exploits dense linear algebra kernels, which are straightforward to vectorize and parallelize.

Heterogeneous many-core systems constitute a viable approach for coping with power constraints in modern computer architectures and can now be found across the whole computing landscape ranging from mobile devices, to desktop systems and servers, all the way to high-end supercomputers and large-scale data centers.

Many proposed solution sequences make use of modern computer architectures such as vector and parallel computers.

The memory bandwidth usage, the main bottleneck on modern computer architectures, is specially addressed.

It takes advantage of modern computer architectures with large amounts of cheap memory, by using discrete representations of probability distribution functions.

We solve several implementation challenges to boost its efficiency on modern computer architectures, specifically for very sparse adjacency matrices that represent a wide range of social networks.

These techniques are pioneers (and now the basis) of modern computer architecture designs.

However, due to the complexity of the data, the reconstruction process is still time consuming, especially for 3D cases, even though implemented on modern computer architecture.

At present, we lack high fidelity computer codes for such modeling that efficiently utilize modern parallel computer architectures.

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

We discuss the scaling behavior of a state-of-the-art Configuration Interaction code for nuclear physics on modern multicore computer architectures.