Haptic Teleoperation in Extended Reality for EV Battery Disassembly using Gaussian Mixture Regression

Keyphrases

• Battery Electric Vehicle 100%
• Extended Reality 100%
• Gaussian Mixture Regression 100%
• Haptic Teleoperation 100%
• Teleoperation 66%
• Haptic Feedback 66%
• Real-time Control 33%
• Response Time 33%
• Corrective 33%
• Spatial Processing 33%
• Operator Performance 33%
• Task Completion Time 33%
• Safety Requirements 33%
• Barrier Function 33%
• Manipulator 33%
• Manual Operation 33%
• Field Robots 33%
• Autonomous Operation 33%
• Full Automation 33%
• Prediction Module 33%
• Replanning 33%
• Reduce Task 33%
• Intention Prediction 33%
• Battery Cell 33%
• Trajectory Generation 33%
• Seamless Switching 33%
• Spatial Safety 33%
• User Motion 33%
• Variable Autonomy 33%
• Cell Handling 33%

Computer Science

• Gaussian Mixture 100%
• Extended Reality 100%
• Haptic Feedback 100%
• Performance Operator 50%
• Response Time 50%
• Task Completion Time 50%
• Manipulator 50%
• Replanning 50%
• Trajectory Generation 50%
• Barrier Function 50%

Engineering

• Battery Electric Vehicle 100%
• Teleoperation 100%
• Haptics 100%
• Gaussian Mixture 100%
• Response Time 33%
• Manipulator 33%
• Millisecond 33%
• Barrier Function 33%