We propose that the improved perfusion results from decreased viscous resistance and/or geometric resistance.
C-GH proposed the idea, improved the study design, drafted and revised the manuscript.
The proposed method improved the average NCD from about 0.158 to about 1.5.
If the proposed parameters improved the likelihood they were accepted.
The simulation results reveal that the proposed technique improves the quality of the received audio signals.
The proposed technique improves the quality of the received audio signals and reduces the dropped packets over the bursty channel.
Now we consider the complexity analysis of the proposed improved algorithm.
The proposed model improves the results by applying the Warren Spring Laboratory (WSL) equation and the Coulomb model.
Our experimental results illustrate that the proposed method improves the performance on the gene expression microarray data in accuracy.
Interestingly, the proposed methodology improves the best known solutions for the majority of the instances.
