Modeling the human visuo-motor system to support remote-control operation

Keyphrases

• Visuomotor System 100%
• Perception-action 100%
• Motor System 100%
• Remote Control 100%
• Control Operation 100%
• Human Operator 100%
• Perceptual-motor Skills 66%
• Visual System 66%
• Guidance Strategy 66%
• Gaze Patterns 66%
• Virtual Reality 33%
• Perceptual Function 33%
• Control Function 33%
• Systems-based Approach 33%
• Control Strategy 33%
• Main Components 33%
• System Form 33%
• Human-in-the-loop 33%
• Sensory Mechanisms 33%
• Behavioral Data 33%
• Teleoperation 33%
• Real-world Problems 33%
• Application Domain 33%
• Rotorcraft 33%
• Human pilot 33%
• Indoor Location 33%
• Interaction Games 33%
• Flight Task 33%
• Visuomotor 33%
• Vehicle State 33%
• Spatial Task 33%
• Element-by-element 33%
• Spatial Control 33%
• Display System 33%
• Control System Design 33%
• Trajectory Planning 33%
• Control Task 33%
• Spatial Interaction 33%
• Tracking Control 33%
• Trajectory Tracking 33%
• Remotely Operated Vehicle 33%
• Perceptual Processes 33%
• Motor Model 33%
• Planning Control 33%
• Functioning System 33%
• Operator Workload 33%
• Vehicle Environment 33%
• Conceptual Ideas 33%
• Joint Control Strategy 33%
• Gaze Interaction 33%
• Overall System 33%
• General Controls 33%

Engineering

• Control Operation 100%
• Remote Control 100%
• Human Operator 100%
• Joints (Structural Components) 33%
• Virtual Reality 33%
• Model System 33%
• Path Planning 33%
• Rotorcraft 33%
• Main Component 33%
• Control Function 33%
• Rich Environment 33%
• Loop Control System 33%
• Application Domain 33%
• Necessary Information 33%
• Key Process 33%
• Behavioral Data 33%
• Remotely Operated Vehicle 33%

Computer Science

• Human Operator 100%
• And-States 33%
• Virtual Reality 33%
• Spatial Interaction 33%
• Real-World Problem 33%
• Trajectory Planning 33%
• Human-in-the-Loop 33%
• Function System 33%
• tracking control 33%
• tele-operation 33%
• Application Domain 33%
• Control Function 33%
• Main Component 33%
• Behavioral Data 33%
• Supporting Process 33%
• Display Devices 33%