Optimal Power Hardware-in-the-Loop Interfacing: Applying Modern Control for Design and Verification of High-Accuracy Interfaces

Engineering

• Simulation Result 100%
• Feedback Control Systems 50%
• Design Power 50%
• Metrics 50%
• Current Injection 50%
• Loop Control System 50%
• Scaling Factor 50%
• Optimal Controller 50%
• Injection Model 50%
• Design Step 50%
• Battery (Electrochemical Energy Engineering) 50%
• Simulation Interface 50%

Keyphrases

• Human-in-the-loop 100%
• Modern Control 100%
• Optimal Power 100%
• Interface Design 28%
• Performance Improvement 14%
• Modeling Framework 14%
• Design Approach 14%
• Control Framework 14%
• Closed-loop System 14%
• Scale Factor 14%
• Design Power 14%
• System Configuration 14%
• Optimal Controller 14%
• Experimental Case Study 14%
• Hardware Testing 14%
• Absolute Accuracy 14%
• Multiple Design 14%
• Design Steps 14%
• Relative Comparison 14%
• Current Injection Model 14%
• Accuracy Evaluation Methods 14%
• Test Current Injection 14%
• Battery Inverter 14%
• Inaccurate Models 14%
• Simulation Interface 14%

Computer Science

• Hardware-in-the-Loop 100%
• optimal power 100%
• Hardware-in-the-Loop Simulation 75%
• Interface Design 50%
• Modeling Framework 25%
• Control Framework 25%
• System Configuration 25%
• Multiple Design 25%
• Achievable Performance 25%
• Case Study 25%
• Scaling Factor 25%
• Injection Model 25%