Using convolutional neural network to measure the physiological age of Caenorhabditis elegans

Mathematics

• Neural Networks 85%
• Neural Network Model 28%
• Convolution 28%
• Life Span 27%
• Screening 25%
• Vision 23%
• Regression Analysis 23%
• Linear regression 22%
• Model 18%
• Testing 15%
• Granularity 15%
• Texture 14%
• Percent 13%
• Logistic Regression Model 13%
• Judgment 12%
• Quantification 12%
• Inspection 12%
• Image Processing 12%
• Logistic Regression 12%
• Straight 12%
• Training 11%
• Tolerance 11%
• Drugs 11%
• Attribute 10%
• Predict 10%
• Human 10%
• Decay 9%
• Entropy 9%
• Experiment 8%
• Class 3%

Engineering & Materials Science

• Convolutional neural networks 82%
• Aging of materials 36%
• Convolution 33%
• Logistic regression 25%
• Regression analysis 23%
• Linear regression 22%
• Screening 21%
• Neural networks 20%
• Testing 11%
• Entropy 9%
• Textures 9%
• Image processing 8%
• Inspection 8%
• Geometry 6%
• Experiments 4%

Medicine & Life Sciences

• Caenorhabditis elegans 100%
• Computer Neural Networks 29%
• Longevity 20%
• Datasets 17%
• Regression Analysis 14%
• Entropy 13%
• Preclinical Drug Evaluations 13%
• Motor Activity 12%
• Genetic Testing 11%