A comparison of centralized and distributed meta-scheduling architectures for computation and communication tasks in Grid networks.
Kostas ChristodoulopoulosVasileios SourlasI. MpakolasEmmanouel A. VarvarigosPublished in: Comput. Commun. (2009)
Keyphrases
- computational grids
- interconnection networks
- fully distributed
- peer to peer
- computer networks
- grid computing
- geographically distributed
- distributed environment
- distributed computing
- scheduling algorithm
- single point of failure
- grid environment
- peer to peer networks
- grid systems
- communication overhead
- network nodes
- parallel algorithm
- fault tolerance
- routing algorithm
- high bandwidth
- fault tolerant
- distributed computation
- distributed systems
- grid resource
- cooperative
- central site
- flow control
- computing environments
- load balancing
- resource sharing
- social networks
- communication cost
- complex networks
- distributed control
- parallel computers
- network structure
- multi party
- wide area network
- ad hoc networks
- scheduling problem
- local area network
- packet switched