By applying this correct result, it is easy to verify the formulas 1562 1565 in the paper [12, pp. 259].
By applying this change, better results than base case were reported.
By applying this to our results, we suggest that the higher attention to the street ahead neglecting peripheral regions and mirrors by older subjects is due to the higher workload caused for older drivers compared to younger drivers.
The results achieved by applying this method to artificial and real datasets are presented in Section 4. The concluding Section 5 contains a discussion of the presented method and gives an outlook to planned future research topics in this area.
Similar results obtained by applying this method to oxy- and total-Hb data are also shown in gray in the same table to illustrate the trends caused by different HPFs.
Thus, in this work, we will be presenting the results obtained by applying this technique to a commercial austenitic 18Cr 8Ni stainless steel at temperatures ranging from 825 to 900 °C using different H2/HCl ratios so as to obtain the best coating quality (i.e. composition and morphology).
The results obtained by applying this simulation tool to an area of detached houses reveals that the tool is able to evaluate the effects of building shape, materials, and tree shade on the surface temperature distribution, as well as the MRT and HIP, which are evaluation indices of the outdoor thermal environment.
We present results obtained by applying this methodology to the metabolic network of the plant Arabidopsis thaliana.
We have presented a fast method for finding three-way gene interactions from transcript-and genotype-data and showed experimental results obtained by applying this method to ∼3 × 10 human brain samples.
Following is a discussion of results produced by applying this approach to the aforementioned experiments, concentrating on modules where genes appear to contradict each other state of expression, especially where genes are subject to reallocation.
