Multiview Automatic Target Recognition for Infrared Imagery Using Collaborative Sparse Priors

Keyphrases

• Automatic Target Recognition 100%
• Infrared Imagery 100%
• Sparse Prior 100%
• Feature Extraction 66%
• Estimation Method 66%
• Sparse Coefficients 66%
• Sparse Representation Classifier 66%
• Sparse Structure 66%
• Infrared Image 66%
• Joint Prior 66%
• Coefficient Estimates 66%
• Research Laboratories 33%
• Multi-task 33%
• Classification Methods 33%
• Sparsity 33%
• State-of-the-art Techniques 33%
• Mid-infrared 33%
• One-based 33%
• US Military 33%
• Night Vision 33%
• Army 33%
• Challenging Work 33%
• Spike-and-slab Prior 33%
• Coefficient Matrix 33%
• Comanche 33%
• Vision Sensor 33%
• Learned Dictionary 33%
• Electronic Sensors 33%
• Deep Learning Framework 33%
• Forward Looking Infrared 33%
• Multiple Experiments 33%
• Learning-based Method 33%
• Single View 33%

Computer Science

• Automatic Target Recognition 100%
• Collaboration 100%
• Estimation Method 66%
• Sparse Representation 66%
• Feature Extraction 66%
• Classification Method 33%
• Sparsity 33%
• Learning Framework 33%
• Coefficient Matrix 33%
• Deep Learning Method 33%
• United States of America 33%

Engineering

• Automatic Target Recognition 100%
• Joints (Structural Components) 66%
• Feature Extraction 66%
• Classification Method 33%
• Test Sample 33%
• Sparsity 33%
• Directorate 33%
• State-of-the-Art Method 33%
• Coefficient Matrix 33%
• Deep Learning Method 33%
• Army Research Lab 33%
• United States of America 33%