<p>Computational times, in seconds (rounded unless less than 1 second), for the four methods of the R package parallelMCMCcombine, using simulation data and <i>T</i> = 50,000 MCMC samples. The values in parentheses are for our example data sets; <i>d = </i>2, <i>M = </i>5 is for the Gamma model, and <i>d = </i>5, <i>M = </i>10 is for the logistic model. The results are based on a computer with operating system Windows 7 and an Intel Celeron 1007U CPU 1.5 GHz Processor.</p><p>Computational time (in seconds) for the four combining methods.</p
<p>Comparison between the computational time taken by cuTauLeaping and COPASI CPU tau-leaping to exe...
Total computing time (seconds) of (a) CPU- and (b) GPU-parallelized finite element meshing for MRI-b...
<p>Values in parentheses are standard deviations. Means and standard deviations are calculated based...
<p>Average computational times per subset, in minutes (rounded), for producing <i>T</i> = 52,000 sam...
<p>The computation times (unit in second) averaging over scenarios having with the same numbers of c...
<p>Computation Time in the stages of: (a) scaled down data clustering, (b) extend to all data cluste...
<p>Computation time (in seconds) for several implementations of the evaluated clustering algorithms ...
<p>Computation time (in seconds) for several implementations of the evaluated clustering algorithms ...
<p>Computation time for selected molecular systems with domains. Computations were done on a usual ...
Computational time (in seconds) of the proposed method and its comparative analysis with competitive...
Computational time (in seconds) of the proposed method and its comparative analysis with competitive...
<p>PU: processing unit; E-S: Elston-Stewart algorithm; MCMC: Markov chain Monte Carlo algorithm; BN:...
<p>Filled blue and empty red markers represent computation time using TrN+Γ and TrN+I+Γ models, resp...
<p>Cutoff length <i>r</i><sub>c</sub> (Å) and damping factor <i>α</i> (Å<sup>−1</sup>) are indicated...
Fig 4 shows the execution time for computing approximation values and performing simulation runs. α ...
<p>Comparison between the computational time taken by cuTauLeaping and COPASI CPU tau-leaping to exe...
Total computing time (seconds) of (a) CPU- and (b) GPU-parallelized finite element meshing for MRI-b...
<p>Values in parentheses are standard deviations. Means and standard deviations are calculated based...
<p>Average computational times per subset, in minutes (rounded), for producing <i>T</i> = 52,000 sam...
<p>The computation times (unit in second) averaging over scenarios having with the same numbers of c...
<p>Computation Time in the stages of: (a) scaled down data clustering, (b) extend to all data cluste...
<p>Computation time (in seconds) for several implementations of the evaluated clustering algorithms ...
<p>Computation time (in seconds) for several implementations of the evaluated clustering algorithms ...
<p>Computation time for selected molecular systems with domains. Computations were done on a usual ...
Computational time (in seconds) of the proposed method and its comparative analysis with competitive...
Computational time (in seconds) of the proposed method and its comparative analysis with competitive...
<p>PU: processing unit; E-S: Elston-Stewart algorithm; MCMC: Markov chain Monte Carlo algorithm; BN:...
<p>Filled blue and empty red markers represent computation time using TrN+Γ and TrN+I+Γ models, resp...
<p>Cutoff length <i>r</i><sub>c</sub> (Å) and damping factor <i>α</i> (Å<sup>−1</sup>) are indicated...
Fig 4 shows the execution time for computing approximation values and performing simulation runs. α ...
<p>Comparison between the computational time taken by cuTauLeaping and COPASI CPU tau-leaping to exe...
Total computing time (seconds) of (a) CPU- and (b) GPU-parallelized finite element meshing for MRI-b...
<p>Values in parentheses are standard deviations. Means and standard deviations are calculated based...