Analyzing fault tolerance on parallel genetic programming by means of dynamic-size populations.
Daniel Lombraña GonzalezFrancisco Fernández de VegaPublished in: IEEE Congress on Evolutionary Computation (2007)
Keyphrases
- fault tolerance
- genetic programming
- fault tolerant
- load balancing
- distributed computing
- high availability
- response time
- distributed systems
- peer to peer
- mobile agents
- gene expression programming
- symbolic regression
- database replication
- fault management
- evolutionary algorithm
- group communication
- error detection
- fitness function
- database
- replicated databases
- data sets
- high performance computing
- massively parallel
- knowledge acquisition
- failure recovery
- wireless sensor networks
- databases
- single point of failure