In this paper, we leverage on this observation to propose a flow scheduling scheme, Freeway, to adaptively partition the transmission paths into low latency ...
Our goal is to provide differentiated transmission services through adaptive path isolation which meets the demand of real-time traffic. The low latency paths.
Our simulation results show that Freeway significantly reduces the delay of mice flow by 85.8% and achieves 9.2% higher throughput compared with Hedera. Concise ...
Our simulation results show that by isolating transmission paths and simultaneously scheduling flows separately, Freeway drastically reduces the delay of mice ...
Bibliographic details on Freeway: Adaptively Isolating the Elephant and Mice Flows on Different Transmission Paths.
Freeway adaptively partitions the available paths into low latency and high throughput paths and provides different transmission services for each category.
Freeway adaptively partitions the available paths into low latency and high throughput paths and provides different transmission services for each category. A M ...
... Freeway adaptively partitions the available paths into low latency and high throughput paths and provides different transmission services for each category ...
Missing: Transmission | Show results with:Transmission
Freeway: Adaptively isolating the elephant and mice flows on different transmission paths. W Wang, Y Sun, K Zheng, MA Kaafar, D Li, Z Li. 2014 IEEE 22nd ...
Mar 2, 2023 · The proposed framework trains deep Q networks to meet the different demands of mice and elephant flows in the data center networks by achieving ...