(A) 95% confidence intervals of the DEG F-scores of each machine learning approach across all regularization parameters and case studies. The average F-score is denoted in the confidence interval. (B) Log2 fold changes of genes included in the ssNN model compared between mouse and human contexts. (C) Frequency of genes included in more than three ssNN models across case studies. (D) Comparison of DEG and pathway F-scores of mouse models and ssNN delineated by case study and disease context.</p
<p>A) Average precision as exceptional edges are added, B) Network performance is predicted by overl...
AbstractThe quality of machine translation is rapidly evolving. Today one can find several machine t...
<p>The list of biological networks was generated using the Analyze Networks (AN) algorithm with defa...
Semi-supervised learning begins by training an initial supervised model on the mouse data alone and ...
The high failure rate of therapeutics showing promise in mouse models to translate to patients is a ...
The high failure rate of therapeutics showing promise in mouse models to translate to patients is a ...
Eural Networks are a computational algorithm that uses layers of neurons with weighted edges connect...
<p>Protein sequences were downloaded and unwanted sequences were removed. The percent compositions o...
The quality of translations produced by statistical machine translation (SMT) systems crucially depe...
Cross-species differences form barriers to translational research that ultimately hinder the succes...
(a) The auROCs of CNN models are substantially better than the 5-mer SVM model in each species. The ...
<p>Models are: K-nearest-neighbor (KNN); Regularized Linear model (Elastic-Net); single best-SNP (Si...
Machine learning results of the top 100, 80, 60, 50, 40, 30, 20 significantly expressed genes, and r...
In classification tasks of biological data, there are usually fewer labeled than unlabeled samples b...
Names have been shortened by removing the “bioseq2” prefix for all of them. (A) F1 score across five...
<p>A) Average precision as exceptional edges are added, B) Network performance is predicted by overl...
AbstractThe quality of machine translation is rapidly evolving. Today one can find several machine t...
<p>The list of biological networks was generated using the Analyze Networks (AN) algorithm with defa...
Semi-supervised learning begins by training an initial supervised model on the mouse data alone and ...
The high failure rate of therapeutics showing promise in mouse models to translate to patients is a ...
The high failure rate of therapeutics showing promise in mouse models to translate to patients is a ...
Eural Networks are a computational algorithm that uses layers of neurons with weighted edges connect...
<p>Protein sequences were downloaded and unwanted sequences were removed. The percent compositions o...
The quality of translations produced by statistical machine translation (SMT) systems crucially depe...
Cross-species differences form barriers to translational research that ultimately hinder the succes...
(a) The auROCs of CNN models are substantially better than the 5-mer SVM model in each species. The ...
<p>Models are: K-nearest-neighbor (KNN); Regularized Linear model (Elastic-Net); single best-SNP (Si...
Machine learning results of the top 100, 80, 60, 50, 40, 30, 20 significantly expressed genes, and r...
In classification tasks of biological data, there are usually fewer labeled than unlabeled samples b...
Names have been shortened by removing the “bioseq2” prefix for all of them. (A) F1 score across five...
<p>A) Average precision as exceptional edges are added, B) Network performance is predicted by overl...
AbstractThe quality of machine translation is rapidly evolving. Today one can find several machine t...
<p>The list of biological networks was generated using the Analyze Networks (AN) algorithm with defa...