Realizing the e-science desktop peer using a peer-to-peer distributed virtual machine middleware.
Lei NiAaron HarwoodPeter J. StuckeyPublished in: MGC@Middleware (2006)
Keyphrases
- virtual machine
- peer to peer
- distributed computing
- peer to peer systems
- overlay network
- distributed systems
- publish subscribe
- operating system
- query routing
- peer to peer networks
- distributed environment
- data center
- super peer
- unstructured peer to peer systems
- load balancing
- grid computing
- virtual memory
- unstructured p p networks
- cloud computing environment
- fully distributed
- transparent access
- computing resources
- fault tolerance
- low latency
- mobile agents
- data mining
- digital libraries
- heterogeneous environments
- file sharing
- loosely coupled
- virtual organization
- video streaming
- semantic mappings
- multi tasking
- distributed database systems
- grid middleware
- intrusion detection
- computer systems