Lifecycle of Industrial-grade Embedded Linux Platform
6
Bootloader behavior
7
Linux kernel Comparison Table
8
SoC Board Support Package Kernel
9
LTS: Long Term Stable Kernel
10
LTSI: Long Term Support Initiative
11
CIP (Civil Infrastructure Platform)
12
Linux kernel Source Comparison Table
13
ELISA: Safety-Critical Systems
14
C Library and Toolchain Comparison Table
15
Year 2038 Problem
16
Init System Comparison Table
17
Root filesystem Comparison Table
18
System Development Tools Comparison Table
19
CU CD Automatic Release Pipeline
20
Static Testing Cases Management - Jenkins
21
Distributed Compiler
22
24/7 Long-term Platform Test
23
For Stable Kernel Maintenance
24
Reproducible Builds
25
Open Source Testing Tools
26
Why We Need Software Update?
27
The Components Might Be Updated
28
Characteristics of Industrial Embedded Linux Platform
29
The Media for Software Update
30
Software Update Requirements
31
Update Approaches
32
Partition Architecture
33
Asymmetric Symmetrie Firmware Updates
34
Comparison - Features
35
Conclusion
Description:
Explore the process of building an industrial-grade embedded Linux platform from scratch using open source software. Learn about selecting suitable components for different application scenarios, including bootloaders, Linux kernels, toolchains, and root filesystems. Analyze features of various components and compare common open source software tools. Gain insights into the lifecycle of industrial-grade embedded Linux platforms, covering topics such as bootloader behavior, kernel comparisons, SoC board support packages, and long-term support initiatives. Discover system development tools, continuous integration/continuous deployment pipelines, and testing methodologies. Examine software update strategies, partition architectures, and firmware update approaches for industrial embedded Linux platforms. This comprehensive presentation by SZ Lin from Moxa offers valuable experiences and comparisons to help system designers overcome key challenges in building robust embedded Linux solutions.
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Using Open Source Software to Build an Industrial-grade Embedded Linux Platform