Distributed Hybrid Scheduling in Multi-Cloud Networks using Conflict Graphs.
Ahmed DouikHayssam DahroujTareq Y. Al-NaffouriMohamed-Slim AlouiniPublished in: CoRR (2016)
Keyphrases
- meeting scheduling
- dynamic scheduling
- peer to peer networks
- computer networks
- cooperative
- highly connected
- heterogeneous networks
- wide area network
- scheduling problem
- distributed environment
- distributed systems
- real world networks
- computational grids
- graph mining
- network nodes
- small world
- distributed computing
- cloud computing
- structured peer to peer
- dynamic networks
- fully connected
- graph structures
- graph theoretic
- average degree
- communication cost
- network analysis
- computing platform
- resource allocation
- map reduce
- community discovery
- weighted graph
- graph structure
- multi agent
- network structure
- directed graph
- data center
- conflict resolution
- resource constraints
- round robin
- web services
- random graphs