A suitable mixture of different levels of parallelism can often improve the performance significantly and the task of parallel programming is to find and code the corresponding programs, We discuss the potential of using multiple levels of parallelism in applications from scientific computing and ...
Rosenberg, and Fr´ed´eric Vivien Topic chairs Parallelism permeates all levels of current computing systems. It can be observed in systems as varied as multiple single-CPU machines, large server farms, and geographically dispersed "volunteers" who collaborate over the Internet. The effective ...
We analyze for the first time a high performance computing parallelization relying on GPU clusters to exploit the underlying three levels of parallelism for the example of the Kanai-Tajimi earthquake model in its RODE form. We identify four basic building blocks of the application which are valid ...
These architectures consider different levels of parallelism which may give different choices in ECC design in terms of time and space. This paper proposes the different hardware architectures to design ECC Processor by varying the degree of parallelization benefiting from the inherent parallelism for ...
causing slowdowns in reads under strong consistency. In addition, MongoDB’s throughput decreases during the shift from weak to strong consistency, but this decline has minimal impact on increasing loads. This behavior suggests that MongoDB may utilize better parallelism compared to the other DBs wh...
Parallelism of a two-fold serial dilution of a grey seal plasma pool to the standard curve was assessed using analysis of covariance (ANCOVA), comparing the slope of the regression lines of the standards and the diluted samples (Kershaw et al 2017). The lack of interaction between the plasma...
While fuzzy logic performs an inference mechanism under cognitive uncertainty, neural networks possesses exciting capabilities such as learning, adaptation, fault-tolerance, parallelism and generalization. To enable a system to deal with cognitive uncertainties in a manner more like humans, one may ...
of accuracy (84~127%). To determine parallelism, the optical density of two samples with high endogenous levels of soluble cMet and their diluted concentrations was plotted against the soluble cMet calibration curve. The graph exhibited a robust parallel relationship between the natural soluble cMet ...
However, functional memory simulation may not be appropriate to exploit parallelism, for example, parallel or pipelined memory architectures. Therefore, once a processor/memory architecture is found that roughly meets the initial design criteria, the model can be refined to a cycle-accurate model, whi...
However, functional memory simulation may not be appropriate to exploit parallelism, for example, parallel or pipelined memory architectures. Therefore, once a processor/memory architecture is found that roughly meets the initial design criteria, the model can be refined to a cycle-accurate model, whi...