In this sense we conclude that our approach explains sentence length based on social network variables.
We conclude that our approach is usable and effective in achieving these quality attributes.
The latter curve allows us to conclude that our approach is accurate even for a very low base station density.
Hence, we conclude that our approach performs better in accuracy and privacy with a little loss of efficiency.
Thus, given the superior performance illustrated by our results, we can conclude that our approach yields a good trade-off between higher complexity and performance improvement.
Thus, we conclude that our approach improves the quality of the obtained features and contributes enormously to the reduction of the number of features.
From the simulation results, we conclude that our approach is able to acquire robust optimization policies for different complex scenarios and maintains a significantly better performance in terms of coverage and capacity with low energy consumption.
We conclude that our approach, based on DSC and site-directed mutagenesis analysis of chimeric fusion proteins, may serve as a suitable tool to analyse the energetics of weak biomolecular interactions such as those involving SH3 domains.
To summarize, we can conclude that our approach, thanks to the early decodability offered by EWNC and the a priori on the users in terms of distribution of the preferred views, is able to provide both a more consistent video quality, and in the vast majority of scenarios better than PNC.
We conclude that our approach enables us to efficiently detect the kinetics of autoreactive immune cells in the proximity of pancreatic islets during diabetes development.
