Data-driven Estimation of Driver Attention using Calibration-free Eye Gaze and Scene Features

Keyphrases

• Data-driven Estimation 100%
• Driver Attention 100%
• Calibration-free 100%
• Scene Feature 100%
• Eye Gaze Features 100%
• Gaze Direction 66%
• Neural Network 33%
• State-of-the-art Techniques 33%
• Weather Conditions 33%
• Multi-resolution 33%
• Feature Map 33%
• Flow Information 33%
• Feasible Method 33%
• Virtual Reality 33%
• Low-level Features 33%
• Optical Flow 33%
• Scene Image 33%
• Semantic Description 33%
• Human Visual Mechanism 33%
• High-level Semantics 33%
• Probability Map 33%
• Head Pose 33%
• Visual Saliency 33%
• Intelligent Vehicle 33%
• Dual-view 33%
• Landscape Conditions 33%
• Attention Estimation 33%

Engineering

• Gaze Direction 100%
• Virtual Reality 50%
• Experimental Platform 50%
• State-of-the-Art Method 50%
• Input Feature 50%
• Intelligent Vehicle Highway Systems 50%
• Level Feature 50%
• Level Semantics 50%
• Metrics 50%

Computer Science

• Gaze Direction 100%
• Virtual Reality 50%
• Flow Information 50%
• Probability Map 50%
• Input Feature Map 50%
• semantic description 50%
• Neural Network 50%
• Weather Condition 50%