A robust data-driven koopman kalman filter for power systems dynamic state estimation

Keyphrases

• Kalman Filter 100%
• Power System Dynamic State Estimation 100%
• Koopman 100%
• Operator Basis 83%
• Koopman Operator 83%
• Generalized Maximum Likelihood 66%
• Rotor Speed 50%
• Reactive Power 33%
• Active Power 33%
• Synchronous Generator 33%
• Degrees of Freedom 16%
• Numerical Simulation 16%
• Dynamic State 16%
• Probability Distribution 16%
• Real-time Operation 16%
• Design Phase 16%
• Statistical Efficiency 16%
• State Vector 16%
• Model-independent 16%
• Batch Mode 16%
• Non-robust 16%
• Extended Kalman Filter 16%
• Computing Time 16%
• Fast Convergence Rate 16%
• Speed-power 16%
• IEEE 39-bus 16%
• Student-t Distribution 16%
• Rotor Angle 16%
• Mode Regression 16%
• Generator Rotor Angle 16%
• Q-Q Plot 16%

Engineering

• Power Engineering 100%
• Dynamic State 100%
• Systems Dynamics 100%
• Kalman Filter 100%
• State Estimation 100%
• Based Kalman Filter 100%
• Maximum Likelihood 80%
• Active Power 40%
• Reactive Power 40%
• Rotors 40%
• Synchronous Generator 40%
• Degree of Freedom 20%
• Convergence Rate 20%
• Computer Simulation 20%
• Initial State 20%
• Test System 20%
• Design Phase 20%
• Extended Kalman Filter 20%
• Rotor Speed 20%
• Computing Time 20%