The process of FS and classification consists of the following steps: 1) create 100 random splits of the dataset: 75% for training and 25% for testing; 2) for each split impute both sets separately, using the imputed training set for a test set imputation; 3) after that, use the FS technique on the imputed training set, varying the size of the selected feature set (from a minimum of 2 to a maximum of 60), then choose the selected features in both sets, creating new pairs of training and test sets; 4) finally, using sets with different amounts of features, train and evaluate a ML model and choose the one with the highest AUC; record which and how many features were used for training this model, and its performance measures. Repeat these step...
<p>First, a dataset is partitioned into training and testing pools using a <i>K</i>-fold sampling st...
<p>Subjects were randomly assigned to the training or validation set. All training, including tuning...
<p>(A) Shows the usage of R-statistics node in pipeline pilot and its usage in learning the training...
Our pipeline can be separated into three parts: (i) initial data preparation, (ii) training and pred...
A count matrix undergoes pre-processing, including normalization and filtering. The data is randomly...
<p>(a) Training samples = 60, testing samples = 210, number of features = 4. (b) Training samples = ...
Pipeline for model training and evaluation using synthetic data (1) We generate Synthetic datasets f...
<p>(A) In the within-dataset experiments, part of the training set, referred as the marker-evaluatio...
<p>We trained a classifier to predict phase III clinical trial outcomes, using 5-fold cross-validati...
<p>Colored boxes (gray/green) depict different training data sets. Step 1- assessment of individual ...
(a) shows a zoomed-in example of a tile from a WSI. (b) During training, we alternated between an in...
<p>Data is initially partitioned into discovery and classification sets. The classification set is f...
A) A typical distribution of states in a sample training set (N = 9009). B) A visualization of the p...
(A) Visualization of the entire classification training process. After ground truth data were select...
<p>Top row: The Expert Labeled dataset was used a gold standard to analyze how well the different ex...
<p>First, a dataset is partitioned into training and testing pools using a <i>K</i>-fold sampling st...
<p>Subjects were randomly assigned to the training or validation set. All training, including tuning...
<p>(A) Shows the usage of R-statistics node in pipeline pilot and its usage in learning the training...
Our pipeline can be separated into three parts: (i) initial data preparation, (ii) training and pred...
A count matrix undergoes pre-processing, including normalization and filtering. The data is randomly...
<p>(a) Training samples = 60, testing samples = 210, number of features = 4. (b) Training samples = ...
Pipeline for model training and evaluation using synthetic data (1) We generate Synthetic datasets f...
<p>(A) In the within-dataset experiments, part of the training set, referred as the marker-evaluatio...
<p>We trained a classifier to predict phase III clinical trial outcomes, using 5-fold cross-validati...
<p>Colored boxes (gray/green) depict different training data sets. Step 1- assessment of individual ...
(a) shows a zoomed-in example of a tile from a WSI. (b) During training, we alternated between an in...
<p>Data is initially partitioned into discovery and classification sets. The classification set is f...
A) A typical distribution of states in a sample training set (N = 9009). B) A visualization of the p...
(A) Visualization of the entire classification training process. After ground truth data were select...
<p>Top row: The Expert Labeled dataset was used a gold standard to analyze how well the different ex...
<p>First, a dataset is partitioned into training and testing pools using a <i>K</i>-fold sampling st...
<p>Subjects were randomly assigned to the training or validation set. All training, including tuning...
<p>(A) Shows the usage of R-statistics node in pipeline pilot and its usage in learning the training...