Computational complexity reduction of neural networks of brain tumor image segmentation by introducing fermi–dirac correction functions

Mathematics

• Brain Tumor 100%
• Image Segmentation 85%
• Neural Networks 59%
• Computational Complexity 58%
• Voxel 36%
• Hardware 21%
• Preprocessing 20%
• Histogram Equalization 18%
• Normalization 17%
• Learning 16%
• Hardware Architecture 15%
• Costs 13%
• Image Space 12%
• High Performance 11%
• Drag 11%
• Segmentation 10%
• Augmentation 10%
• Fusion 9%
• Lowest 8%
• Flexibility 8%
• Filter 7%
• Physics 7%
• kernel 6%
• Performance 5%

Engineering & Materials Science

• Tumors 64%
• Image segmentation 59%
• Brain 51%
• Computational complexity 51%
• Neural networks 38%
• Deep learning 16%
• Computer hardware 15%
• Sols 12%
• Costs 10%
• Graphics processing unit 8%
• Drag 8%
• Physics 7%
• Fusion reactions 7%
• Data storage equipment 5%

Physics & Astronomy

• tumors 60%
• brain 59%
• hardware 25%
• preprocessing 22%
• learning 19%
• costs 13%
• histograms 9%
• drag 8%
• flexibility 8%
• performance 7%
• platforms 7%
• fusion 7%
• filters 6%
• physics 5%
• augmentation 5%