Vision-Language Models Can Identify Distracted Driver Behavior From Naturalistic Videos

Keyphrases

• Training Data 100%
• Video-based 100%
• Visual Representation 100%
• Driver Behavior 100%
• Zero-shot Transfer 100%
• Naturalistic Driving 100%
• Naturalistic Video 100%
• Vision-language Models 100%
• Distracted Driver 100%
• Large Volume 50%
• Frame-based 50%
• Robust Performance 50%
• Detection Task 50%
• Roadway 50%
• Art Performance 50%
• Classification Task 50%
• Generalized Framework 50%
• Natural Language 50%
• Generalization Ability 50%
• Computer Vision Techniques 50%
• Task-oriented 50%
• Pedestrian 50%
• Driver Distraction 50%
• Transfer Based 50%
• Activity Recognition 50%
• Public Dataset 50%
• Driving Activity 50%
• Driving Scenarios 50%
• Pre-training Model 50%
• Task-oriented Training 50%
• Distracted Driving 50%
• Driver State 50%
• Real-world Driving 50%
• Distracted Driving Behavior 50%
• Vision-language Pre-training 50%
• Distracted Driving Detection 50%
• Driver Behavior Recognition 50%
• Language-guided 50%
• Classification Report 50%
• Driving Video 50%

Computer Science

• Computer Vision 50%