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Dependable Virtualized Fabric on Programmable Data Plane

delete2023-08-01
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PRE
AI
K
Kaihui Gao
W
Wang, Shuai
K
Kun Qian
李丹 封面图
李丹 (Dan Li) *
苗
苗瑞 (Rui Miao)
B
Bo Li
Y
Yu Zhou
E
Ennan Zhai
C
Chen Sun
J
Jiaqi Gao
D
Dai Zhang
B
Binzhang Fu
F
F. P. Kelly
D
Dennis Cai
H
Hongqiang Harry Liu
Y
Yan Li
H
Hongwei Yang
T
Tao Sun
DOI:10.1109/TNET.2022.3224617delete
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摘要

摘要

En 中文
In modern multi-tenant data centers, each tenant desires reassuring dependability from the virtualized network fabric - bandwidth guarantee with work conservation, bounded tail latency and resilient reachability. However, the slow convergence of prior works under network dynamics and uncertainties can hardly provide the dependability for tenants. Further, state-of-the-art load balance schemes are guarantee-agnostic and bring great risks on breaking bandwidth guarantee, which is overlooked in prior works. In this paper, we propose vFab, a dependable virtualized fabric framework which can (1) quickly detect network failure in data plane, (2) explicitly select proper paths for all flows, and (3) converge to ideal bandwidth allocation at sub millisecond. The core idea of vFab is to leverage the programmable data plane to build a fusion of an active edge (e.g., NIC) and an informative core (e.g., switch), where the core sends link status and tenant information to the edge via telemetry to help the latter make a timely and accurate decision on path selection and traffic admission. We fully implement vFab with commodity SmartNICs and programmable switches. Extensive evaluations show that vFab can keep bandwidth guarantee with high bandwidth utilization, low and bounded latency, and resilient reach ability under various network scenarios with limited overhead. Application-level experiments show that vFab can improve QPS by 2.4x and cut tail latency by 10x compared to the alternatives.
Keyword:
Bandwidth
Switches
Fabrics
Data centers
Tail
Convergence
Image edge detection
Data center network
programmable network
performance guarantee

期刊

I
IEEE-ACM Transactions on Networking
IF:
3.6
论文数:
4.4K
被引数:
9.5K

机构

A
alibaba group
学者数:
1.1K
论文数: 789
被引数: 0
S
siemens china
学者数:
164
论文数: 151
被引数: 0
Z
Zhongguancun Laboratory
学者数:
274
论文数: 200
被引数: 0
T
tsinghua university
学者数:
11.9W
论文数: 10.0W
被引数: 137
S
siemens ag
学者数:
5.6K
论文数: 4.6K
被引数: 3
U
University of Cambridge
学者数:
7.7W
论文数: 7.1W
被引数: 13.7W
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