<p>A) Heatmaps showing relative information gain expected from qualitative data, with experiments on the ordinate and species to measure on the abscissa. Darker boxes indicate greater information (i.e. a more preferable experiment), via expected prediction variance among models (upper), dissimilarity of Representative prediction distributions (center), or variance among Representatives (lower). B) Heatmaps showing experiment design for quantitative data. Based on local sensitivity to a parameter affecting the indicated system feature (ordinate), and ranked by variance among models of mean sensitivity (upper) or variance among Representatives (lower).</p
Choosing between competing models lies at the heart of scientific work, and is a frequent motivation...
(A) Each point in the scatter plot is a model with two parameters denoted TF1 and TF2 and its color ...
<p>The heatmap shows the F1 scores for the optimal parameters from the training image (‘Image used f...
<p>(A) The regions of plausible parameters values for three different experiments. Each ellipse defi...
The x-axis denotes students’ responses on the group comparison items (i.e., whether they ranked Grou...
<p>A: Heat map of I<sup>2</sup> and the number of trials (n) and sample size N; B: Heat map of Q and...
<p>In each of the heat maps the data collection area was split into 45,576 equally sized rectangular...
The heatmap follows the same format as Fig 4. Square boxes indicate where the most efficient strateg...
<p>Example simulated results for recommended experiments, showing for each model: qualitative interp...
<p>The genes that have significant pearson correlation with the interested gene were selected to plo...
<p>(A) Multiple cohorts of intraspecific (solid circles) and interspecific combinations (bicolored c...
<p>The ordering of the probes (rows) and animals (columns) is based on an unsupervised cluster analy...
Warm colors indicate highest intensities of localization while cooler colors indicate lowest intensi...
<p>a) Frequency distribution of scores for 1000 uniformly sampled values of . Scores concentrate aro...
Models need to be complex to cope with the complexity of today’s data. Model complexity arises in pa...
Choosing between competing models lies at the heart of scientific work, and is a frequent motivation...
(A) Each point in the scatter plot is a model with two parameters denoted TF1 and TF2 and its color ...
<p>The heatmap shows the F1 scores for the optimal parameters from the training image (‘Image used f...
<p>(A) The regions of plausible parameters values for three different experiments. Each ellipse defi...
The x-axis denotes students’ responses on the group comparison items (i.e., whether they ranked Grou...
<p>A: Heat map of I<sup>2</sup> and the number of trials (n) and sample size N; B: Heat map of Q and...
<p>In each of the heat maps the data collection area was split into 45,576 equally sized rectangular...
The heatmap follows the same format as Fig 4. Square boxes indicate where the most efficient strateg...
<p>Example simulated results for recommended experiments, showing for each model: qualitative interp...
<p>The genes that have significant pearson correlation with the interested gene were selected to plo...
<p>(A) Multiple cohorts of intraspecific (solid circles) and interspecific combinations (bicolored c...
<p>The ordering of the probes (rows) and animals (columns) is based on an unsupervised cluster analy...
Warm colors indicate highest intensities of localization while cooler colors indicate lowest intensi...
<p>a) Frequency distribution of scores for 1000 uniformly sampled values of . Scores concentrate aro...
Models need to be complex to cope with the complexity of today’s data. Model complexity arises in pa...
Choosing between competing models lies at the heart of scientific work, and is a frequent motivation...
(A) Each point in the scatter plot is a model with two parameters denoted TF1 and TF2 and its color ...
<p>The heatmap shows the F1 scores for the optimal parameters from the training image (‘Image used f...