Sentence examples for distributed supported from inspiring English sources

The implemented versions are all based on the sequential implementation from Correia [26] and are the following: (a) distributed, supported by a cluster of computers; (b) parallel, supported by a shared memory multiprocessor; (c) hybrid, supported by a cluster of multiprocessors.

Variations in the expression levels of each gene within a group were normally distributed, supporting the proposal that parametric tests are appropriate for the analysis of microarray data.

HIT-6 change scores were found to be approximately normally distributed supporting the use of analysis of variance (ANOVA) models to evaluate whether group differences in mean HIT-6 change score were statistically significant.

Results indicate that the spring system can successfully simulate elastic intermediate supports such as point supports, line supports, local uniformly distributed supports and mixed edge supports.

Further, more evenly distributed support reactions were obtained in the slabs containing both reinforcement types compared to the case when only conventional reinforcement was used.

From the results, it is also evident that support stiffness and support areas have significant influence on the free vibration response of plates on line supports and local uniformly distributed supports.

Non-emergency requests that require the support of UIT or distributed support groups, which are not staffed during winter closure, will be addressed during the week of Monday, Jan . 7 , 2019

The paper claims that the provision of services with negotiated and controlled QoS over best-effort networks is achievable via distributed support infrastructures that activate some of the nodes along the network path between clients and servers.

Moreover, the matrix theoretically guarantees unique recovery of sparse signals with uniformly distributed supports.

The new sensing matrix guarantees unique sparse reconstruction with high probability for sparse signals with uniformly distributed supports.

Moreover, our new sensing matrix theoretically guarantees unique recovery of sparse signals with uniformly distributed supports with high probability.