<p>Colored boxes (gray/green) depict different training data sets. Step 1- assessment of individual machine-learning tools vs LPS; Step 2– assessment of machine-learning tool combinations; Step 3–assessment of classifier gene sets, training on GSE10846_R-CHOP, and testing on previously seen and unseen data sets: Step 4- further assessment on unseen data sets; Step 5– classification of additional data sets, evaluation of differential gene expression in all-by-all comparison, downstream analysis with meta-profiles and enrichment of molecular signatures.</p
Statistical classification is a critical component of utilizing metabolomics data for examining the ...
<p>The results obtained with classifiers trained on the Wright et al. data using 20 classifier genes...
<p>Overview of the PSAAP classifier workflow, highlighting the gene-specific algorithm training on c...
(A) Visualization of the entire classification training process. After ground truth data were select...
A count matrix undergoes pre-processing, including normalization and filtering. The data is randomly...
<p>Results obtained with individual machine-learning tools, trained on the Wright et al. data set an...
<p>Top row: The Expert Labeled dataset was used a gold standard to analyze how well the different ex...
<p>The data set is indicated on the left above the relevant heat-map. The LMT_J48_RF100_SMO (later r...
<p>(a) Estimated predictive performance from the outer cross-validation (internal) and obtained by a...
Classification is a statistical technique that uses measurements on a defined set of samples (a trai...
Microarray data are obtained from specific platforms and preprocessing using 24 different pipelines ...
<p>For each dataset, the number of samples, the number of features/genes after pre-processing the da...
Machine learning (ML) techniques have revolutionized the way of data classification, clustering, seg...
<p>For genotype data, we associate each gene with a single SNP (a). Next, we calculate correlation s...
<p>(a) Estimated predictive performance from the outer cross-validation (internal) and obtained by a...
Statistical classification is a critical component of utilizing metabolomics data for examining the ...
<p>The results obtained with classifiers trained on the Wright et al. data using 20 classifier genes...
<p>Overview of the PSAAP classifier workflow, highlighting the gene-specific algorithm training on c...
(A) Visualization of the entire classification training process. After ground truth data were select...
A count matrix undergoes pre-processing, including normalization and filtering. The data is randomly...
<p>Results obtained with individual machine-learning tools, trained on the Wright et al. data set an...
<p>Top row: The Expert Labeled dataset was used a gold standard to analyze how well the different ex...
<p>The data set is indicated on the left above the relevant heat-map. The LMT_J48_RF100_SMO (later r...
<p>(a) Estimated predictive performance from the outer cross-validation (internal) and obtained by a...
Classification is a statistical technique that uses measurements on a defined set of samples (a trai...
Microarray data are obtained from specific platforms and preprocessing using 24 different pipelines ...
<p>For each dataset, the number of samples, the number of features/genes after pre-processing the da...
Machine learning (ML) techniques have revolutionized the way of data classification, clustering, seg...
<p>For genotype data, we associate each gene with a single SNP (a). Next, we calculate correlation s...
<p>(a) Estimated predictive performance from the outer cross-validation (internal) and obtained by a...
Statistical classification is a critical component of utilizing metabolomics data for examining the ...
<p>The results obtained with classifiers trained on the Wright et al. data using 20 classifier genes...
<p>Overview of the PSAAP classifier workflow, highlighting the gene-specific algorithm training on c...