<p>Class.: Classifier</p><p>AB: Adaboost</p><p>MLP: Multilayer Perceptron</p><p>NB: Naïve Bayes classifier</p><p>RF: Random Forest</p><p>SVM: Support Vector Machine</p><p>NI: number of iteration</p><p>ML: minimum number of instances per leaf.</p><p>CF: confidence factor for pruning</p><p>LR: learning rate</p><p>M: momentum</p><p>NE: number of epoch</p><p>NT: number of trees</p><p>NF: number of randomly chosen features</p><p>G: gamma</p><p>Χ<sup>2</sup>-FS: chi squared feature selection algorithm (a subset of 10 HRV features)</p><p>CFS: correlation-based feature selection algorithm (a subset of 8 HRV features)</p><p>AUC: area under the curve</p><p>ACC: accuracy</p><p>CI: confidence interval</p><p>SEN: sensitivity</p><p>SPE: specificity.</p><...
<p>The green and red curves show mean performance on data sets with true neural signal (signal stren...
<p>Three classifiers, Gaussian Naive Bayes (GNB) in panel (a), SVM in panel (b) and sparse MRF in pa...
<p>Abbreviations: TP – number of true positives, FN-false negatives, FP-false positives, TN-true neg...
<p>CFS: correlation-based feature selection algorithm (a subset of 8 HRV features)</p><p>Χ<sup>2</su...
<p>The sensitivity, specificity and accuracy of each of three classifiers (Linear SVM, RBF SVM, NN) ...
<p>Comparison of the performance of the classifiers when the number of features is trained in the CV...
<p>Feature No. corresponds to the number of the ordered, ranked VIP features that were evaluated. <a...
<p>KNN: A <i>k</i>-nearest-neighbor; RT: regression tree; WE: Wavelet entropy, PP: Poincare plot; <i...
<p>The Receiver-operating characteristic (ROC) curve is shown for SVM-LIN, SVM-RBF, and SVM-seq (RBF...
In this study, the best combination of short-term heart rate variability (HRV) measures was investig...
Performance of Support Vector Machine, Random Forest, Multilayer perception, and XGBoost classifiers...
LDA feature selection (a) selects 192 features with most being relative PSD band features and standa...
F-beta was calculated as a measure of classification accuracy. See S1 Table in S1 File for optimal h...
For feature selection using coefficient of variation (CV), the filtering thresholds from left to rig...
Performance of Support Vector Machine, Random Forest, Multilayer perception, and XGBoost classifiers...
<p>The green and red curves show mean performance on data sets with true neural signal (signal stren...
<p>Three classifiers, Gaussian Naive Bayes (GNB) in panel (a), SVM in panel (b) and sparse MRF in pa...
<p>Abbreviations: TP – number of true positives, FN-false negatives, FP-false positives, TN-true neg...
<p>CFS: correlation-based feature selection algorithm (a subset of 8 HRV features)</p><p>Χ<sup>2</su...
<p>The sensitivity, specificity and accuracy of each of three classifiers (Linear SVM, RBF SVM, NN) ...
<p>Comparison of the performance of the classifiers when the number of features is trained in the CV...
<p>Feature No. corresponds to the number of the ordered, ranked VIP features that were evaluated. <a...
<p>KNN: A <i>k</i>-nearest-neighbor; RT: regression tree; WE: Wavelet entropy, PP: Poincare plot; <i...
<p>The Receiver-operating characteristic (ROC) curve is shown for SVM-LIN, SVM-RBF, and SVM-seq (RBF...
In this study, the best combination of short-term heart rate variability (HRV) measures was investig...
Performance of Support Vector Machine, Random Forest, Multilayer perception, and XGBoost classifiers...
LDA feature selection (a) selects 192 features with most being relative PSD band features and standa...
F-beta was calculated as a measure of classification accuracy. See S1 Table in S1 File for optimal h...
For feature selection using coefficient of variation (CV), the filtering thresholds from left to rig...
Performance of Support Vector Machine, Random Forest, Multilayer perception, and XGBoost classifiers...
<p>The green and red curves show mean performance on data sets with true neural signal (signal stren...
<p>Three classifiers, Gaussian Naive Bayes (GNB) in panel (a), SVM in panel (b) and sparse MRF in pa...
<p>Abbreviations: TP – number of true positives, FN-false negatives, FP-false positives, TN-true neg...