Predictive control of air-fuel ratio in aircraft engine on fuel-powered unmanned aerial vehicle using fuzzy-RBF neural network.
Yixuan WangYan ShiMaolin CaiWeiqing XuPublished in: J. Frankl. Inst. (2020)
Keyphrases
- air fuel ratio
- rbf neural network
- unmanned aerial vehicles
- spark ignition
- predictive control
- fuzzy clustering
- power plant
- radial basis function
- fault diagnosis
- control algorithm
- control strategy
- control scheme
- fuzzy logic
- path planning
- neuro fuzzy
- fuzzy controller
- fuzzy sets
- control law
- neural network
- data fusion
- fuzzy rules
- nonlinear dynamics
- soft computing
- bp neural network
- fuzzy c means
- neural network model
- multiple models
- membership functions
- pid controller
- fuel injection
- artificial neural networks
- human operators
- mathematical model
- real time
- control system
- fuzzy logic controller
- dynamic environments
- rough sets
- closed loop
- support vector machine svm
- clustering algorithm
- artificial intelligence