■ Computational complexity: All the computations are executed at all of the participating parties.
For a higher threshold, more clusters are computed (and hence more similarity computations are executed) than for a lower threshold.
The computations are executed on a Desktop Computer with core™ i7 3.50 GHz CPU.
At the top level of the programming hierarchy, all the algorithm computations are executed within one GPU compute grid.
Computations were executed to get the nucleophilic Fukui functions, at DFT DNP level, to elucidate the nature and proportions of carbon active sites and quantify their reactivity.
Before the actual computations are executed the particle properties are converted to either float or double-single and the precision therefore does not influence the computational performance.
The Reynolds averaged Navier Stokes equation has been utilized, and the computations were executed under the same conditions of the model tests to predict the speed performance, i.e., resistance and self-propulsion.
All computations were executed by SAS 8.2 Software SAS Institute Inc.., Cary, NC, USA).
All computations were executed using SPSS software (Chicago, IL).
All computations were executed on an AMD Phenom 9950 processor.
