基于多粒度认知的智能计算研究

Keyphrases

• Multi-granularity 100%
• Intelligent Computing 100%
• Human Brain 71%
• Cognition Process 71%
• Information Processing 57%
• Knowledge Space 57%
• Processing Mechanism 57%
• Cognitive Computing 57%
• Granular Computing 57%
• Brain Cognition 42%
• Data-centric 28%
• Deep Neural Network 28%
• High-level Semantics 28%
• Cognitive Machine Learning 28%
• Approximate Solution 14%
• Neural Network Model 14%
• Deep Convolutional Neural Network (deep CNN) 14%
• Vulnerability 14%
• Historical Development 14%
• Feature Space 14%
• Artificial Intelligence 14%
• Topological Features 14%
• Problem Solving 14%
• Image Recognition 14%
• Intelligence Computation 14%
• Knowledge Base 14%
• Granules 14%
• Learning Research 14%
• Transformation Process 14%
• Human Cognition 14%
• ImageNet 14%
• Human Cognitive 14%
• Multiple Levels 14%
• Computing Methods 14%
• Recognition Performance 14%
• Traditional Machine Learning 14%
• Massive Data 14%
• Brain Science 14%
• Information Space 14%
• Machine Intelligence 14%
• Development Trajectory 14%
• Computing Model 14%
• Computer Algorithm 14%
• Frontier Research 14%
• Interpretable Deep Learning 14%
• Artificial Intelligence Research 14%
• Granular Cognitive Computing 14%
• Granular Space 14%
• Complex Correlation 14%
• Reasoning from Data 14%
• Fine Granules 14%
• Cognitive Intelligence 14%
• Knowledge Expression 14%
• Process Map 14%
• Network Features 14%
• Pixel Points 14%
• Texture Bias 14%
• Artificial Humans 14%
• Space Transformation 14%
• Human Visual Cognition 14%
• Computing Methodologies 14%
• Deep Learning Neural Network 14%
• Cognition Mechanism 14%

Computer Science

• Granularity 100%
• Intelligent Computing 100%
• Cognitive Computing 62%
• Information Processing 50%
• Knowledge Space 50%
• Granular Computing 50%
• Machine Learning 37%
• Learning System 37%
• Artificial Intelligence 25%
• Deep Neural Network 25%
• Neural Network Model 25%
• Deep Learning Method 12%
• Research Direction 12%
• Deep Convolutional Neural Networks 12%
• Feature Space 12%
• Semantic Feature 12%
• Approximate Solution 12%
• Computer Simulation 12%
• Interpretability 12%
• Semantic Concept 12%
• Recognition Performance 12%
• Recognition Result 12%
• Intelligence Research 12%
• Information Space 12%
• Topological Feature 12%
• Artificial Intelligence 12%
• Historical Development 12%
• Object Processing 12%
• Cognitive Intelligence 12%
• Computer Analysis 12%
• Transformation Process 12%

Neuroscience

• Human Brain 100%
• Information Processing 80%
• Neural Network 80%
• Human Cognition 20%