High-Performance parallel graph reduction.
Simon L. Peyton JonesChris D. ClackJon SalkildPublished in: PARLE (1) (1989)
Keyphrases
- distributed memory machines
- distributed memory
- pc cluster
- parallel processing
- graph representation
- connected components
- graph theoretic
- parallel implementation
- parallel computers
- graph structure
- directed graph
- graph theory
- highly parallel
- weighted graph
- directed acyclic graph
- graph model
- depth first search
- graph partitioning
- ibm sp
- parallel architectures
- graph based algorithm
- array processor
- parallel computing
- massively parallel
- graph matching
- random walk
- data structure
- computer architecture
- reduction method
- real time
- graph construction
- graph databases
- high efficiency
- load balancing
- database systems
- neural network