Stress Recognition Based on Multiphysiological Data in High-Pressure Driving VR Scene

Keyphrases

• High Pressure 100%
• Virtual Reality 100%
• Physiological Signals 100%
• Recognition-based 100%
• Deep Learning Model 100%
• Stress Conditions 100%
• Induced Stress 100%
• Virtual Reality Scene 100%
• Stress Recognition 100%
• Driving Scenarios 50%
• Statistical Methods 50%
• Technology-based 50%
• Good Accuracy 50%
• Raw Signal 50%
• Physiological Data 50%
• Working Pressure 50%
• Proposed Work 50%
• Eye Tracking System 50%
• Physiological Sensors 50%
• Virtual Reality Technology 50%
• Physiological Function 50%
• Army 50%
• Cutting-edge Technology 50%
• Machine Learning Learning 50%
• Deep Machine Learning 50%
• Sickness 50%
• Galvanic Skin Response 50%
• Psychological Trauma 50%
• Battlefield Environment 50%
• Army Soldiers 50%
• Stress Studies 50%
• Mental-physical 50%
• Psychological Pressure 50%
• Digital Battlefield 50%
• Stray Bullet 50%
• Human Stress 50%

Engineering

• Virtual Reality 100%
• Induced Stress 40%
• Deep Learning 40%
• Stress Condition 40%
• Cutting Edge 20%
• Good Accuracy 20%
• Sensor Response 20%