Sentence examples for automated processing of from inspiring English sources

Moreover, experience gained from the automated processing of such session might be valuable for establishing the next generation VLBI network (VLBI2010) as described by Niell et al. (2007).

This will bring automated processing of reconstructed cells into digital neurons to the wider neuroscience community, and enable a range of morphologically accurate computational models.

In our work, we showed that through automated processing of standard (ungated) PET acquisitions, (motion-) information-rich images can be constructed with minimal risk of noise introduction.

Once launched in IDL, OMIplot offers several options, including ingest of a single OMI orbit, an entire day of OMI data (14 15 orbits) or automated processing of multiple days (dependent on data availability on the user's system).

Two different analysis packages, namely CALC/SOLVE (Baver, 2010) and OCCAM (Titov et al., 2004) were used in parallel to evaluate their usefulness for automated processing of single-baseline UT1 experiments.

Recognizing the shortcomings of the other systems discussed in the previous section, ChemReader aims to achieve very high recognition accuracy and robust performance sufficient for fully automated processing of research articles.

But Printi is able to automate processing of those adjustments so that it can serve prices in realtime — something you won't find offered in Brazil.

The main goal of this PhD project is to develop methods that will automate processing of transformation from one model to an- other model in information system analysis.

These are cost and resources considerations, enhanced accessibility and greater scalability due to the larger number of citizens and businesses served and automated processing because of the restricted number of trained personnel.

The Population Imaging Unit collaborates with the Biomedical Imaging Group Rotterdam (BIGR) of Erasmus University Medical Center in the application and development of automated processing pipelines for high-throughput of large data quantities.

The Population Imaging Unit collaborates with the Biomedical Imaging Group Rotterdam (BIGR) of Erasmus MC in the application and development of automated processing pipelines for high-throughput of large data quantities.