Publication | Closed Access
PowerLyra
308
Citations
53
References
2015
Year
Unknown Venue
EngineeringNetwork AnalysisEducationGraph ProcessingRandom GraphData ScienceStructural Graph TheoryDiscrete MathematicsParallel ComputingCombinatorial OptimizationComputer ScienceGraph AlgorithmNetwork ScienceGraph TheoryNatural GraphsGraph-parallel SystemsParallel ProgrammingGraph AnalysisHigh Communication Cost
Natural graphs with skewed distribution raise unique challenges to graph computation and partitioning. Existing graph-parallel systems usually use a "one size fits all" design that uniformly processes all vertices, which either suffer from notable load imbalance and high contention for high-degree vertices (e.g., Pregel and GraphLab), or incur high communication cost and memory consumption even for low-degree vertices (e.g., PowerGraph and GraphX).
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