Sentence examples for massively parallel scheme from inspiring English sources

In this paper, we detail the massively parallel scheme that implements these algorithms and discuss how our design is tuned for the maximum possible performance.

These devices are significantly smaller compared to current state-of-the-art lab-on-a-chip biosensors and can be fabricated in a massively parallel scheme on a single chip integrated with a micro-fluidic channel.

Our massively parallel implementation of this general scheme has three levels of parallelism, being a hybrid of the loosely coupled task-based parallelization approach and the conventional MPI +X programming model, where X is either OpenMP or OpenACC.

By exploiting the generic iterative structure of this broad class of economic problems, we propose a parallelization scheme that favors hybrid massively parallel computer architectures.

This paper describes a massively parallel GPU design of the WSM6 scheme.

This study demonstrates the potential of SMLM for characterising biosensing interfaces and as the transducer in a massively parallel, wide field, single molecule detection scheme for quantitative analysis.

We developed several numerical strategies to solve various problems inherent to the implementation of a PIC method for convection in spherical geometry and coded a hybrid scheme suitable for massively parallel platforms.

Attention was focused on the efficiency and stability properties on the numerical scheme and implementation facilities on massively parallel computers.

Numerical experiments on massively parallel architectures illustrate the performance of the proposed scheme in terms of efficiency and convergence rate, as well as its effectiveness relative to the (block) Conjugate Gradient and the Cholesky-based ScaLAPACK solver.

After a brief review of the physics of Anderson localization, we discuss the application of the Cullum Willoughby implementation of the Lanczos diagonalization scheme and the transfer-matrix method to massively parallel cluster architectures.

This way, it will perform well in massively parallel processors because of its inherent parallelism.