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In the above calculations, we carried out all numerical computations using the usual double precision computer arithmetic instead of strict interval computations (e.g., ACRITH-XSC, PASCAL-XSC, FORTRAN-XSC, C-XSC, PROFIL, etc).. Therefore, we neglected the round-off error.
We have repeated all our computations using the Estadística de Variaciones Residenciales, obtaining qualitatively similar results.
Table 1 shows the amount of computations using the two models.
The analyses were based on the experiment combined with computations using the CFD software FloEFD.
Benchmark solutions are compared with earlier computations using the finite element method, showing excellent agreement.
In addition to these tests nonlinear computations using the Finite Element Method were performed.
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The majority of the computations use the index, and they access the text file only to pull out the records or those portions that satisfy the result of the computations.
In contrast, the low-dimensional vector computations used the sample covariance matrix explicitly.
SMR computations used the software SMRPER [ 2].
Because no tree space exploration was involved, BppML computations used the simple-recursive algorithm.
Some of the computations used the preGSf90 software with methods detailed in [ 16].
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