Characterization of Driver Neuromuscular Dynamics for Human-Automation Collaboration Design of Automated Vehicles

Keyphrases

• Automated Vehicles 100%
• System Properties 100%
• Steering Wheel 100%
• Neuromuscular Dynamics 100%
• Steering Task 100%
• Human-automation Interaction 100%
• Collaborative Design 100%
• Hand Position 66%
• Control System 33%
• Natural Frequency 33%
• Dynamic Model 33%
• Haptics 33%
• Collaborative Systems 33%
• Neuromuscular System 33%
• Estimation Model 33%
• Takeovers 33%
• Highly Automated Vehicles 33%
• Driver Steering 33%
• Human-in-the-loop 33%
• Transfer Function 33%
• Driver Posture 33%
• Active Steering 33%
• Neuromuscular Interaction 33%
• Passive Steering 33%
• Gauss-Newton Algorithm 33%
• Parameter Investigation 33%
• Interaction System 33%
• Transfer Function Model 33%
• Identified Parameters 33%

Engineering

• Steering Wheel 100%
• Experimental Result 66%
• Key Parameter 66%
• Transfer Function 66%
• Control System 33%
• Gauss 33%
• Dynamic Models 33%
• Haptics 33%
• Test Subject 33%
• Interacting System 33%
• Resonant Frequency 33%

Computer Science

• Property System 100%
• Collaboration Design 100%
• Experimental Result 66%
• Transfer Function 66%
• Newton Algorithm 33%
• Resonant Frequency 33%