Improving performance in single-link flexible manipulator using hybrid learning control

Keyphrases

• Performance Improvement 100%
• Controller 100%
• Control Scheme 100%
• Non-collocated 100%
• Proportional-integral-derivative Controller 100%
• Single-link Flexible Manipulator 100%
• Learning Control 100%
• Hybrid Learning 100%
• Hybrid Control 50%
• Control Method 50%
• Vibration Reduction 50%
• Vibration Suppression 50%
• Input Tracking 50%
• Dynamic Model 50%
• Manipulator 50%
• Vibration Control 50%
• Finite Element Method 50%
• Proportional-derivative 50%
• Rigid Body Motion 50%
• Input Level 50%
• Flexible Manipulator 50%
• Tracking Control 50%
• Feedforward Controller 50%
• Iterative Learning Control 50%
• Input Shaping Technique 50%
• Proportional-derivative Controller 50%
• Precise Tracking 50%
• Learning Law 50%
• Velocity Feedback 50%
• Feedforward Input 50%

Engineering

• Manipulator 100%
• Single Link 100%
• Learning Control 100%
• Feedforward 50%
• Control Scheme 50%
• Derivative Controller 50%
• Dynamic Models 25%
• Frequency Domain 25%
• Simulation Result 25%
• Vibration Reduction 25%
• Endpoint 25%
• Time Domain 25%
• Rigid Body Motion 25%
• Iterative Learning Control 25%
• Proportional-Integral-Derivative Control 25%
• Control Point 25%
• Finite Element Analysis 25%