<p>Values in parentheses are standard deviations. Means and standard deviations are calculated based on 2.1 million MCMC iterations in 120 replicates: 20 intra-family and 20 inter-family splits for three phenotypes. Computations were performed on a single core of an Intel Xeon L5420 2.50 GHz CPU. Since computing times for many methods will vary with number of iterations used, and we did not undertake a comprehensive evaluation of how many iterations suffice for each algorithm, these results provide only a very rough guide to the relative computational burden of different methods.</p
<p><sup>1</sup>The values are averaged over 100 runs.</p><p><sup>2</sup>The computation time was rec...
<p>Computation times for each processing step in relation to split lengths with standard deviations....
<p>The computation times (unit in second) averaging over scenarios having with the same numbers of c...
<p>Computations were performed on a single core of an Intel Xeon L5420 2.50 GHz CPU, with 2.1 millio...
<p>Values are means with standard deviations in parentheses. Computations were performed using a com...
<p>Average computational times per subset, in minutes (rounded), for producing <i>T</i> = 52,000 sam...
<p>Computational times, in seconds (rounded unless less than 1 second), for the four methods of the ...
<p>PU: processing unit; E-S: Elston-Stewart algorithm; MCMC: Markov chain Monte Carlo algorithm; BN:...
<p>Averages and standard deviations of computation time for datasets SRR407548, SRS011098, and ERR31...
(A) The clustering time of different methods. (B) The ARI of different methods on three large datase...
<p>Filled blue and empty red markers represent computation time using TrN+Γ and TrN+I+Γ models, resp...
<p>Computational time is depicted as a function of genome size when setting the sample size to 50, a...
<p>Upper panels – Mouse, Lower panels- Human. Each column presents a different clustering measure (s...
Dots represent the mean over ≥5 replicates per experiment. Colors indicate the OS. OS, operating sys...
(A) The NMI of different methods on simulated datasets with different sample sizes. The simulated da...
<p><sup>1</sup>The values are averaged over 100 runs.</p><p><sup>2</sup>The computation time was rec...
<p>Computation times for each processing step in relation to split lengths with standard deviations....
<p>The computation times (unit in second) averaging over scenarios having with the same numbers of c...
<p>Computations were performed on a single core of an Intel Xeon L5420 2.50 GHz CPU, with 2.1 millio...
<p>Values are means with standard deviations in parentheses. Computations were performed using a com...
<p>Average computational times per subset, in minutes (rounded), for producing <i>T</i> = 52,000 sam...
<p>Computational times, in seconds (rounded unless less than 1 second), for the four methods of the ...
<p>PU: processing unit; E-S: Elston-Stewart algorithm; MCMC: Markov chain Monte Carlo algorithm; BN:...
<p>Averages and standard deviations of computation time for datasets SRR407548, SRS011098, and ERR31...
(A) The clustering time of different methods. (B) The ARI of different methods on three large datase...
<p>Filled blue and empty red markers represent computation time using TrN+Γ and TrN+I+Γ models, resp...
<p>Computational time is depicted as a function of genome size when setting the sample size to 50, a...
<p>Upper panels – Mouse, Lower panels- Human. Each column presents a different clustering measure (s...
Dots represent the mean over ≥5 replicates per experiment. Colors indicate the OS. OS, operating sys...
(A) The NMI of different methods on simulated datasets with different sample sizes. The simulated da...
<p><sup>1</sup>The values are averaged over 100 runs.</p><p><sup>2</sup>The computation time was rec...
<p>Computation times for each processing step in relation to split lengths with standard deviations....
<p>The computation times (unit in second) averaging over scenarios having with the same numbers of c...