Reverse engineering gene regulatory networks using sampling and boosting techniques

Computer Science

• Gene Expression Data 100%
• Reverse Engineering 100%
• Network Inference 100%
• Boosting Technique 100%
• Experimental Result 50%
• Good Performance 50%
• Prediction Performance 50%
• Directed Graphs 50%
• Functional Element 50%
• Circuit Element 50%
• Inference Method 50%

Keyphrases

• Sampling Methods 100%
• Reverse Engineering 100%
• Gene Regulatory Network 100%
• Boosting Method 100%
• Biologists 28%
• Gene Expression Data 28%
• Performance Prediction 14%
• Sparse Graphs 14%
• Regulatory Circuit 14%
• Undersampling 14%
• Different Datasets 14%
• Circuit Element 14%
• Directed Graph 14%
• Feature Classifier 14%
• Gene Regulatory Network Inference 14%
• Regulatory Relationship 14%
• Functional Elements 14%
• Network Inference 14%
• Network Inference Methods 14%
• Over Sampling 14%

Engineering

• Nodes 100%
• Reverse Engineering 100%
• Experimental Result 50%
• Good Performance 50%
• Prediction Performance 50%
• Functional Element 50%
• Circuit Element 50%