Efficient sparse matrix multiplication on GPU for large social network analysis

Citations

SCOPUS

10

초록

As a number of social network services appear online recently, there have been many attempts to analyze social networks for extracting valuable information. Most existing methods first represent a social network as a quite sparse adjacency matrix, and then analyze it through matrix operations such as matrix multiplication. Due to the large scale and high complexity, efficient processing multiplications is an important issue in social network analysis. In this paper, wepropose aGPU-based method for efficient sparse matrix multiplication through the parallel computing paradigm. The proposed method aims at balancing the amount of workload both at fine- and coarse-grained levels for maximizing the degree of parallelism in GPU. Through extensive experiments using synthetic and real-world datasets, we show that the proposed method outperforms previous methods by up to three orders-of-magnitude.

키워드

GPUSocial network analysisSparse matrix multiplicationComplex networksKnowledge managementParallel algorithmsSocial networking (online)Adjacency matricesDegree of parallelismMAtrix multiplicationParallel com- putingReal-world datasetsSocial network servicesSparse matricesThree orders of magnitudeMatrix algebra
제목
Efficient sparse matrix multiplication on GPU for large social network analysis
저자
Jo, Yong-YeonKim, Sang-WookBae, Duck-Ho
DOI
10.1145/2806416.2806445
발행일
2015-10
유형
Conference Paper
저널명
International Conference on Information and Knowledge Management, Proceedings
19-23-Oct-2015
페이지
1261 ~ 1270