Sentence examples for computing configuration from inspiring English sources
In this paper we propose a model that employs both the estimated computation time and power consumption of each application kernel to find the best computing configuration for the whole application.
This can be a drawback depending on the type of parallel computing configuration to be used.
We present experimental results highlighting the performance improvements obtained by our methods using real scientific data-analysis applications on multiple parallel and distributed processing configurations (e.g., single symmetric multiprocessor (SMP) machine, cluster of SMP nodes, and a Grid computing configuration).
Some R packages have explored solutions for reproducibility by tracking the detailed information on what model/code ran and the computing configuration (see http://arxiv.org/pdf/1501.02284.pdf).
They are tested on two different computing configurations with different multi-core environments as shown in Table 2.
By contrast, an implemented policy, referred to as M2, corresponds to the computing configurations of the system and all the performed actions for ensuring that all the M1 instructions are really implemented.
The first row shows the fold change in G, S, the total lignin, and the S/G ratio comparing the wild type and PvMYB4 lines from the experiment; the second row corresponds to the computed configuration.
It brings about ubiquitous and flexible access, on-demand computing resource configuration and vast computation resources at a very low price.
Accurate algorithms are used in computing the configuration (view factor) integrals.
Computing oriented configuration management tools such as CFEngine, Puppet, or Chef are commonly used in large scale hosting on physical platforms.
To bridge across different development and deployment environments, especially in the cloud computing space, configuration management systems such as Chef [2] and Puppet [3] have emerged as solutions to codifying and executing management procedures (installation, deployment, etc).
