Reasoning by Anomaly Detection to Improve Planning Robustness for Autonomous Robots in Changing Environments

Keyphrases

• Changing Environment 100%
• Anomaly Detection 100%
• Autonomous Robots 100%
• Action Execution 66%
• Theory Refinement 66%
• Subtle Differences 33%
• Behavior-based 33%
• Planners 33%
• Failure Cause 33%
• Planning System 33%
• Refinement Process 33%
• Anomaly Detection System 33%
• Execution Time 33%
• Intelligent Robots 33%
• Cognitive Skills 33%
• Environment Change 33%
• Action Description 33%
• High-level Planning 33%
• Robot Action 33%
• Behavioral Skills 33%
• Refinement Techniques 33%
• AI Community 33%
• Robust Planning 33%
• Long-term Autonomy 33%
• Robotic Task Planning 33%
• Plan Execution 33%
• Robot Task Planning 33%
• Abstract Theory 33%
• Execution Errors 33%
• Robot Behavior 33%

Computer Science

• Anomaly Detection 100%
• Robot 100%
• Action Execution 100%
• Artificial Intelligence 50%
• Systems Planning 50%
• Execution Time 50%
• Execution Plan 50%
• Cognitive Skill 50%
• Intelligent Robots 50%
• Abstract Level 50%