A linear programming-driven genetic algorithm for meta-scheduling on utility grids.
Saurabh Kumar GargPramod KonugurthiRajkumar BuyyaPublished in: Int. J. Parallel Emergent Distributed Syst. (2011)
Keyphrases
- linear programming
- genetic algorithm
- linear program
- scheduling problem
- job shop scheduling problem
- scheduling algorithm
- fitness function
- feasible solution
- np hard
- grid computing
- utility function
- data driven
- optimal solution
- dynamic programming
- evolutionary algorithm
- objective function
- column generation
- constraint propagation
- parallel machines
- resource allocation
- tabu search
- simulated annealing
- grid points
- artificial neural networks
- quadratic programming
- grid environment
- primal dual
- nonlinear programming
- meta level
- algorithm for linear programming
- metaheuristic
- genetic programming
- resource constraints
- multiple objectives
- integer programming
- differential evolution
- network flow
- round robin
- parallel processors
- fuzzy logic
- neural network