Self-adjusting PID control system using a neural network for a binary power plant.
Kun-Young HanGee-Yong ParkMyeong-Kyun LeeDong-Han YooHee-Hyol LeePublished in: Artif. Life Robotics (2024)
Keyphrases
- power plant
- control system
- neural network
- fault diagnosis
- fuzzy logic
- soft computing
- control algorithm
- pid controller
- temperature control
- electric power
- pid control
- dc motor
- closed loop
- coal fired
- bp neural network
- fuzzy control
- control scheme
- control method
- control strategy
- back propagation
- speed control
- artificial neural networks
- power generation
- soft sensor
- rbf neural network
- fault detection
- predictive control
- proportional integral derivative
- conventional pid
- decision support system
- real time
- intelligent control
- historical data
- incipient fault
- pattern recognition
- pi controller
- matlab simulink
- neural network model
- control law
- fuzzy logic controller
- machine learning
- fuzzy controller
- computational intelligence
- fuzzy pid
- knowledge base
- wind speed
- expert systems
- data mining
- fuzzy association rule mining
- prediction model
- intelligent systems