A Fault Diagnosis Model Based on Kernel Auto-encoder and Improved Chaos Firefly Optimization Algorithm.
Fengtao WangXiaofei LiuLinjie MaGang DengQingkai HanHongkun LiPublished in: I2MTC (2019)
Keyphrases
- optimization algorithm
- fault diagnosis
- global optima
- neural network
- multi objective
- bp neural network
- fault detection
- expert systems
- condition monitoring
- fault detection and diagnosis
- multiple faults
- differential evolution
- optimization method
- gas turbine
- fuzzy logic
- power transformers
- rotating machinery
- operating conditions
- particle swarm optimization pso
- monitoring and fault diagnosis
- multi sensor information fusion
- chemical process
- analog circuits
- electronic equipment
- control parameters
- hybrid optimization algorithm
- evolutionary multi objective
- rbf neural network
- artificial bee colony
- bit rate
- particle swarm optimization
- fault identification
- support vector
- power plant
- kernel function
- evolutionary algorithm
- fuzzy theory
- particle swarm
- ant colony algorithm
- neuro fuzzy
- control system
- artificial intelligence