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Optimal Flow Distribution Algorithm for Efficient Service Function Chaining
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 Title & Authors
Optimal Flow Distribution Algorithm for Efficient Service Function Chaining
Kim, Myeongsu; Lee, Giwon; Choo, Sukjin; Pack, Sangheon; Kim, Younghwa;
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Service function chaining(SFC) defines the creation of network services that consist of an ordered set of service function. A multiple service function instances should be deployed across networks for scalable and fault-tolerant SFC services. Therefore, an incoming flows should be distributed to multiple service function instances appropriately. In this paper, we formulate the flow distribution problem in SFC aiming at minimizing the end-to-end flow latency under resource constraints. Then, we evaluate its optimal solution in a realistic network topology generated by the GT-ITM topology generator. Simulation results reveal that the optimal solution can reduce the total flow latency significantly.
Flow distribution;integer linear programming;network function virtualization;service function chaining;
 Cited by
분산 모바일 코어기반 5G 네트워크에서의 Service Function Chaining 적용구조,선경재;김영한;

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