MA Qing-ming,,STEENKISTE P,ZHANG Hui.Routing high-bandwidth traffic in max-min faire share networks. Pro-ceedings of ACM SIGCOMM’96 . 1996Q. Ma, P. Steenkiste, and H. Zhang. Routing high-bandwidth traffic in max-min fair share networks. In ACM Proceedings of SIGCOMM 1996, pages 206...
We consider Max-min Share (MmS) fair allocations of indivisible chores (items with negative utilities). We show that allocation of chores and classical allocation of goods (items with positive utilities) have some fundamental connections but also differences which prevent a straightforward application ...
Dominant Resource Fairness: Fair Allocation of Multiple Resource Types CPU,一个用户的I/O密集型的任务的dominant share是带宽。DRF简单的在用户的dominant share上应用了max-min fairness。也就是说,DRF目标是最大化系统中... efficient的,因为通过降低其他用户的分配来提高某一用户的份额Introduction 资源分配是...
An allocation of ratesxis “max-min fair” if and only if an increase of any rate within the domain of feasible allocations must be at the cost of a decrease of some already smaller rate. Depending on the problem, a max-min fair allocation may or may not exist. However, if it exists...
This perspective motivates an approach to the design of distributed algorithms for computing the max-min fair share. We now show that a desired (not necessarily unique) vector of link control parameters is a solution of a certain vector equation. Theorem 7.5 For the max-min fair bandwidth-...
Rainbow Fair Queueing (RFQ) (1) the estimation of the flow arrival rate at the edge routers rinew: arrival rate tik: arrival time of flow I lik: length of the kth packet of flow I K: a constant Tik = tik – tik-1 Rainbow Fair Queueing (RFQ) ...
Evaluation results show that our algorithm can achieve utility max-min fair share of bandwidth allocation for applications in datacenter networks, yet with an acceptable computational overhead.doi:10.1007/978-3-319-28910-6_4Wangying YeFei Xu
As a result, the short flow that is only bottlenecked at the upstream link cannot fully utilize the link and obtain its max-min fair share. We explain it in more depth to shed light on the solution. The problem is primarily caused by XCP's fairness controller. The "bandwidth shuffling"...
To completely utilize the network resources, we compute two optimal rates namely, the maximum fair share and minimum fair share. We use the maximum fair share achieved in order to limit the input rate of those flows which crosses the bottleneck links contention area when the flows that are ...
Soroushis a general and scalable max-min fair allocator. It consists of a group of approximate and heuristic methods that (a) solve at most one optimization, and (b) enable users to control the trade-offs between efficiency, fairness, and speed. For more information, see our NSDI24 paper...