A fair comparison of pull and push strategies in large distributed networksA fair comparison of pull and push strategies in large distributed networks
Faculty of Sciences. Mathematics and Computer Science

Modeling Of Systems and Internet Communication (MOSAIC)

article

2014Piscataway, N.J., 2014

Mass communications

Computer. Automation

IEEE/ACM transactions on networking / Institute of Electrical and Electronics Engineers [New York, N.Y.]; Association for Computing Machinery. - Piscataway, N.J.

22(2014):3, p. 996-1006

1063-6692

000338124100024

E

English (eng)

University of Antwerp

In this paper, we compare the performance of the pull and push strategies in a large homogeneous distributed system. When a pull strategy is in use, lightly loaded nodes attempt to steal jobs from more highly loaded nodes, while under the push strategy, more highly loaded nodes look for lightly loaded nodes to process some of their jobs. Given the maximum allowed overall probe rate R and arrival rate lambda, we provide closed-form solutions for the mean response time of a job for the push and pull strategy under the infinite system model. More specifically, we show that the push strategy outperforms the pull strategy for any probe rate R > 0 when lambda < phi-1, where phi = (1 + root 5)/2 approximate to 1.6180 is the golden ratio. More generally, we show that the push strategy prevails if and only if 2 lambda < root(R+1)(2) + 4(R+1) - (R+1). We also show that under the infinite system model, a hybrid pull-and-push strategy is always inferior to the pure pull or push strategy. The relation between the finite and infinite system model is discussed, and simulation results that validate the infinite system model are provided.

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