An automated procedure was implemented to identify each building's geometry and volume and transfer the information to a simulation tool, which then calculates heating demand and solar energy generation on roofs and facades.
An automatic and interactive program, written in BASIC by one of our group members (L.B ., was implemented to identify each single breath and to obtain breath-by-breath minute ventilation, tidal volume by integration of the flow signal, and, in addition to breathing rate, CO2-et and SaO2 percentage.
In order to provide additional functional information, WoLF PSORT [ 22] was implemented to assign subcellular localizations to each translated JGI v4.0 enzymatic ORF.
The best reciprocal hit approach using BLASTP was implemented to recover shared genes for each pair of genomes, for each reciprocal hit with query coverage >95% and identity >50%.
Optical emission spectroscopy (OES) was implemented to analyze the behavior of each solid precursor (metallic powders) when it is injected into the plasma jet under very low pressure (i.e., in the 150 Pa range).
An iterative search algorithm, sequential floating forward selection (SFFS), was implemented to rank the contribution of each spectral parameter to tissue-type discrimination.
A grid search was implemented to find good parameters for each of the built-in kernels, Gaussian RBF, Sigmoid, and polynomial.
A hypergeometric analysis (measuring the coverage of KEGG Orthology or KO gene groups for each KEGG pathway compared to the complete gene set on the V2 chip) was implemented to identify enriched pathways for each gene set [ 92].
Univariate Cox regression analysis was implemented to examine the influence of each of the clinical parameters on progression-free survival, and we found TCF12 nuclear intensity to be significant (p = 0.04)(Table 1).
A segment-by-segment approach within each tube was implemented, to account for two-dimensional non-uniformity of air distribution across the heat exchanger, and heterogeneous refrigerant flow patterns through a tube.
