How mutation alters fitness of cooperation in networked evolutionary games.
Genki IchinoseYoshiki SatotaniHiroki SayamaPublished in: ECAL (2017)
Keyphrases
- evolutionary process
- genetic algorithm
- natural selection
- evolutionary algorithm
- fitness function
- evolutionary game theory
- evolutionary computation
- population size
- mutation rate
- mixed strategy
- cooperative
- game theory
- fitness landscape
- genetic programming
- genetic operators
- fitness evaluation
- video games
- evolutionary search
- mutation operator
- game theoretic
- multi agent systems
- multi objective
- simulated annealing
- game design
- differential evolution
- artificial life
- evolutionary programming
- genetic algorithm ga
- swarm intelligence
- evolutionary strategy
- nash equilibrium
- computer games
- online game
- evolution process
- conceptual change
- crossover and mutation
- multimedia
- information sharing
- artificial immune system
- genetic search
- game playing
- human computation
- educational games
- multi agent
- neural network