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1
Intro
2
The Design and implementation of Open vSwitch
3
Open vSwitch Architecture
4
Use Case: Network Virtualization
5
Implications for Forwarding Performance
6
Non-solutions
7
Speedup with Microflow Cache
8
Microflow Caching in Practice
9
Naive Approach to Populating Cache
10
Lazy Approach to Populating Cache
11
"Megaflow" Cache
12
Making Megaflows Better
13
Megaflow vs. Microflow Cache Performance
14
Dual Caches
15
Parting Thoughts
Description:
Explore the design and implementation of Open vSwitch, a multi-layer open source virtual switch, in this 23-minute USENIX conference talk from NSDI '15. Delve into the innovative architecture specifically created for virtual networking environments, examining advanced flow classification and caching techniques that optimize performance and conserve hypervisor resources. Learn about the Open vSwitch architecture, its application in network virtualization, and the implications for forwarding performance. Discover solutions like microflow and megaflow caching, their practical implementations, and comparative performance. Gain insights from seven years of deployment experiences and improvements, and understand why this presentation was awarded Best Paper at the conference.

The Design and Implementation of Open vSwitch

USENIX
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