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1
Introduction
2
What is Static Partitioning
3
Mixed Criticality
4
Microkernel
5
Solution
6
Implementation
7
Device Tree
8
Device Assignment
9
System Configuration
10
Pros and Cons
11
What is not implemented
12
To do list
13
Demos
14
Simple Configuration
15
Slow Demo
16
Demo
17
Live Demo
18
Latency Test
19
TLS
20
IP Address
21
Ping Host
22
Private Network
23
Boot
24
Logging in
25
Ping the host
26
Testing
27
Silly Test
28
Parameterize
29
Parallel Reboot
30
RQ Latency
Description:
Explore static partitioning in embedded systems through this informative conference talk. Learn how to split an SoC into multiple domains for mixed-criticality scenarios, enabling critical and non-critical applications to run side by side without interference. Discover Xen's dom0-less feature, designed to simplify static partitioning and reduce boot times. Delve into the setup process for a Xen dom0-less system, including configuration examples and device assignment techniques. Examine the implications for latency-sensitive and safety-critical environments, and gain insights into system configuration, pros and cons, and future development plans. Watch demonstrations of simple configurations, latency tests, and live implementations to solidify your understanding of this powerful technique for embedded system design.

Static Partitioning Made Simple

Linux Foundation
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