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on
1
Intro
2
Aeron
3
Why Aeron
4
New Approach
5
Guiding Principles
6
Architecture
7
How would you do this
8
Read without loss
9
One where one
10
Lockfree
11
How does it work
12
Headers
13
What blows us away
14
What is a position
15
What is an offset
16
What is a protocol
17
Reassembling messages
18
Flow control
19
Single sender
20
Congestion control
21
Status messages
22
Loss of throughput buffer size
23
System signals
24
Managing external resources
25
Java tooling
26
What is next
Description:
Explore the evolution, design principles, and future implications of Aeron, a blazingly fast and predictable transport protocol for unicast and multicast, in this comprehensive conference talk from GOTO 2015. Delve into the architecture, guiding principles, and innovative approaches that make Aeron unique, including its lockfree design, efficient header structure, and flow control mechanisms. Learn about the protocol's ability to read without loss, reassemble messages, and manage external resources. Discover how Aeron addresses current and future problems in network communication, and gain insights into its Java tooling and potential future developments. Understand the technical intricacies that contribute to Aeron's exceptional performance and reliability in modern distributed systems.

Aeron - What, Why and What Next

GOTO Conferences
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