Realtime 3D 360-Degree Telepresence with Deep-Learning-Based Head-Motion Prediction

Keyphrases

• Telepresence 100%
• Deep Learning 100%
• Head Movement Prediction 100%
• Latency 75%
• Compensation Rate 75%
• Camera System 50%
• Delay Compensation 50%
• Remote Scene 25%
• Telepresence System 25%
• Agnostic 25%
• Sensory Information 25%
• Deep Learning Methods 25%
• Ego-motion 25%
• Vision System 25%
• Head-mounted Display 25%
• Visual Discomfort 25%
• Visual System 25%
• Prediction Method 25%
• Prediction Algorithms 25%
• Communication Networks 25%
• Compensation Method 25%
• Traditional Learning 25%
• Generic Approach 25%
• Perspective Camera 25%
• Head Motion 25%
• Visual Representation 25%
• Naive Approach 25%
• Three Degrees of Freedom 25%
• Algebraic Specification 25%
• Prediction Approach 25%
• Motion Sickness 25%
• Server-side 25%
• Client-side 25%
• Fisheye Camera 25%
• Visual Response 25%
• Motion Response 25%

Computer Science

• Telepresence 100%
• Deep Learning Method 100%
• Vision Systems 25%
• head mounted display 25%
• Communication Network 25%
• Naïve Approach 25%
• Prediction Technique 25%
• Visual Representation 25%
• Sensory Information 25%

Engineering

• Deep Learning Method 100%
• Camera System 50%
• Degree of Freedom 25%
• Communication Network 25%
• Sensory Information 25%