Sentence examples for a distributed reconstruction from inspiring English sources

In "Results" section, we present timing results that demonstrate the scalability of our approach, report on the subtle differences that can arise between the results of a distributed reconstruction as compared to a reconstruction on a single node, and show reconstructions of both simulated and experimental data, followed by "Discussion and conclusions" section.

RQ2: Does distributed reconstruction have a positive influence on the performance and is there any limit on the number of browsers that should be added to reduce the execution time?

Then image slices were reconstructed using a modified Feldkamp algorithm using the Sky Scan Nrecon software, which facilitates network distributed reconstruction carried out on personal computer running simultaneously.

The second mechanism is distributed: reconstruction of lost fragments is iterated sequentially on many peers until that the required level of redundancy is attained.

Addressing several challenges for session reconstruction in RIAs including the identification of candidate user-browser interactions, efficient ordering of candidate actions, distributed reconstruction, detection of complex user-input interactions and actions that do not generate any HTTP traffic.

A distributed field reconstruction method using hybrid shift-invariant spaces is proposed in [23], whilst a distributed extension of standard compressed sensing techniques is developed in [24].

For a distributed sampling and reconstruction system, the robustness could be reduced to the stability of its sensing matrix.

In this paper, we introduce a graph structure for a distributed sampling and reconstruction system by coupling agents in a spatially distributed network with innovative positions of signals.

In this paper, we split a distributed sampling and reconstruction system into a family of overlapping smaller subsystems, and we show that the stability of the sensing matrix holds if and only if its quasi-restrictions to those subsystems have uniform stability.

The problem of performing large-scale iterative reconstructions on a distributed computing cluster is illustrated in Figs. 1 and 2. Figure 1 shows how the computations for a typical synchrotron tomography dataset (single rotation axis, parallel-beam illumination) are distributed over multiple nodes in a computing cluster.

Since D-ForenRIA has a distributed architecture, SR-Browsers can join at any moment during the reconstruction process.