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1
Introduction
2
Models
3
Synchronous Input Output
4
KRU
5
How it works
6
Configuration
7
ACO Buffer
8
Problems
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Stream Buffer
10
ZebraCopy Architecture
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Basic Fragment
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Fragment
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Experiment
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Results
15
Threaded synchronous input output
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Multiprocess synchronous input output
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Load
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Message parsing
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Other variations
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Secret Tunnel
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Samba Toolkit
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CPU Spike
23
Research
Description:
Explore the optimization techniques for a Boost.Asio-based networking server in this comprehensive conference talk from C++Now 2014. Delve into various models including synchronous I/O, KRU, and ACO Buffer, while examining their configurations and potential problems. Learn about the Zebra Copy Architecture, basic fragments, and experimental results. Investigate threaded and multiprocess synchronous I/O implementations, load message parsing, and other variations. Discover insights on the Secret Tunnel, Samba Toolkit, and CPU spike handling. Gain valuable knowledge on optimizing network server performance through this in-depth presentation by Sergei Khandrikov, complete with accompanying slides for further reference.

The Optimization of a Boost.Asio-Based Networking Server

CppNow
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