Considerations for selecting functions and terminals in genetic programming for fault-detection in embedded systems.
Matej SprogarDomen VerberMatjaz ColnaricPublished in: ICINCO-ICSO (2006)
Keyphrases
- embedded systems
- fault detection
- genetic programming
- low cost
- industrial processes
- fault diagnosis
- resource limited
- fault identification
- computing power
- embedded devices
- fitness function
- condition monitoring
- evolutionary computation
- embedded software
- tennessee eastman
- fault localization
- fault detection and diagnosis
- gene expression programming
- hardware software
- evolutionary algorithm
- failure detection
- power plant
- hw sw
- software systems
- fuel cell
- robust fault detection
- genetic algorithm
- embedded real time systems
- flash memory
- real time systems
- field programmable gate array
- software development
- knowledge management
- fuzzy logic
- case study
- neural network