<p>Reconstruction performance when decreasing the packing density of the simulations. (A-B) For all positions across the simulations, the proportion of directly adjacent spaces that are occupied for the new (blue) and original (red) simulations respectively. The distribution is left shifted for the new simulations compared to the original and the median number of occupied spaces is reduced reflecting a decrease in density. (C) Genome wide performance of the reconstruction algorithm for the new (triangles) and original (circles) simulations in terms of precision and recall given the number of colors in the probe design.</p
<p>(A) The MI algorithm, consisting of weighting function and ; (B) The unweighted SCA algorithm, c...
<p>We plot mean ± standard deviation of Spearman’s <i>ρ</i> comparing each metric to known truth acr...
<p>(A) The simulated and observed <i>N/S</i> ratios with increasing cutoffs of sequencing coverage (...
<p>The reconstruction algorithms performance is shown in terms of the relationship between precision...
<p>(A) Number of core CDSs depending on the number of genomes sampled. (B) Number of strain-specific...
<p><b>A.</b> The three genetic arrangements, in simulated diploid chromosomes. Key measurements of e...
<p>(A) The reconstruction performance, recall versus precision when running ChromoTrace for whole ge...
<p>Mean percentage reconstruction error on simulated samples are shown for four tree-building model...
<p>Consistency of the structures obtained from reconstructing all chromosomes for cell 1 (left) and ...
<p><b>(A)</b> On the <b>left</b>, an example reconstruction of neural locations based on a simulatio...
<p>The absolute distance of the predicted position of a simulated target locus from its real positio...
<p>The input parameters for the simulations were as follows: (A) θ<sub>1</sub> = 10; (B) θ<sub>2</su...
<p>(A) Recovery of global features of simulated ARGs from sequence data. This plot is based on sets ...
<p>Each light blue point in each panel corresponds to a data point. Green line: x = y. Inner axis la...
<p>Gene expression that was evenly distributed in one of the test spheres located randomly in the vi...
<p>(A) The MI algorithm, consisting of weighting function and ; (B) The unweighted SCA algorithm, c...
<p>We plot mean ± standard deviation of Spearman’s <i>ρ</i> comparing each metric to known truth acr...
<p>(A) The simulated and observed <i>N/S</i> ratios with increasing cutoffs of sequencing coverage (...
<p>The reconstruction algorithms performance is shown in terms of the relationship between precision...
<p>(A) Number of core CDSs depending on the number of genomes sampled. (B) Number of strain-specific...
<p><b>A.</b> The three genetic arrangements, in simulated diploid chromosomes. Key measurements of e...
<p>(A) The reconstruction performance, recall versus precision when running ChromoTrace for whole ge...
<p>Mean percentage reconstruction error on simulated samples are shown for four tree-building model...
<p>Consistency of the structures obtained from reconstructing all chromosomes for cell 1 (left) and ...
<p><b>(A)</b> On the <b>left</b>, an example reconstruction of neural locations based on a simulatio...
<p>The absolute distance of the predicted position of a simulated target locus from its real positio...
<p>The input parameters for the simulations were as follows: (A) θ<sub>1</sub> = 10; (B) θ<sub>2</su...
<p>(A) Recovery of global features of simulated ARGs from sequence data. This plot is based on sets ...
<p>Each light blue point in each panel corresponds to a data point. Green line: x = y. Inner axis la...
<p>Gene expression that was evenly distributed in one of the test spheres located randomly in the vi...
<p>(A) The MI algorithm, consisting of weighting function and ; (B) The unweighted SCA algorithm, c...
<p>We plot mean ± standard deviation of Spearman’s <i>ρ</i> comparing each metric to known truth acr...
<p>(A) The simulated and observed <i>N/S</i> ratios with increasing cutoffs of sequencing coverage (...