Graphine: Programming Graph-Parallel Computation of Large Natural Graphs for Multicore Clusters.
Jie YanGuangming TanZeyao MoNinghui SunPublished in: IEEE Trans. Parallel Distributed Syst. (2016)
Keyphrases
- parallel computation
- graph clustering
- graphics processing units
- dense subgraphs
- parallel programming
- parallel algorithm
- shared memory
- proximity graph
- graph representation
- graph theory
- weighted graph
- multicore processors
- graph structure
- adjacency matrix
- bipartite graph
- graph structures
- parallel computing
- graph theoretic
- directed graph
- graph matching
- labeled graphs
- parallel processing
- graph databases
- graph model
- graph construction
- memory management
- parallel implementation
- graph partitioning
- densely connected
- graph mining
- general purpose
- graph properties
- edge weights
- community discovery
- graph data
- clustering algorithm
- similarity graph
- random graphs
- subgraph isomorphism
- nodes of a graph
- spanning tree
- community detection
- programming environment
- dynamic graph
- graph kernels
- floating point
- spectral clustering
- programming language
- undirected graph
- efficient implementation
- information systems
- real time