Since the update of the first article on May 30, 2021, until today, the last day of 2023, we have authored 138 original articles over the course of more than two years. From initial learning notes to now being able to share some experience summaries, we have grown continuously along the way, thanks to everyone’s support.This is a compilation for easy reference for interested readers.This article is the summary of exciting articles on automotive electronics embedded systems – Issue 2.
Compilation of Issue 1: Summary of Exciting Articles on Automotive Electronics Embedded Systems – Issue 1: 20210530-20230703
Communication
Storage
Basic Concept Introduction to TC37x Chip FLASH
Introduction to TC3xx Chip DMU
Error Analysis of Storage Protocol Stack under AUTOSAR Architecture from Bottom to Top
Analysis of NVM Block Continuous Write and Default Value Issues under AUTOSAR Architecture
System Services
Error Handling of OS under AUTOSAR Architecture
How QM Application Accesses ASIL Application under AUTOSAR Architecture
Multicore Startup under AUTOSAR Architecture
Multicore Shutdown under AUTOSAR Architecture
Multicore Communication under AUTOSAR Architecture
Scheduling Mechanism of AUTOSAR-OS – Scheduling Table
MCAL
Practical Configuration of TC3xx Platform MCAL Clock System under AUTOSAR Architecture
Mode Management
Detailed Explanation of EcuM Wakeup Source Events under AUTOSAR Architecture
AUTOSAR Practical Tutorial – Learn to Understand AUTOSAR Mode Management BswM Configuration
Hardware Platform
Introduction to TC3xx Chip STM
Detailed Explanation of TC3xx Chip Trap (Part 2)
Detailed Explanation of TC3xx Chip Trap
Detailed Explanation of TC3xx Chip Endinit Function
Detailed Explanation of TC3xx Chip Clock System Function – Clock Source OSC
Detailed Explanation of TC3xx Chip Clock System Function – Phase-Locked Loop PLL
Detailed Explanation of TC3xx Chip Clock System Function – Clock Distribution CCU
Detailed Explanation of TC3xx Chip GTM Module – Overview of GTM Functions and Introduction to GTM Input Clock
Low-Level Implementation of Spinlock on RH850U2A Chip Platform
Bootloader
Functional Safety
Introduction to TC3xx Chip MPU
Tool Usage
Using an Oscilloscope to Troubleshoot Various Error Frames in CAN
Python to Read Excel Files and Generate XML Files
Embedded Development
Introduction to VSCode Remote Development
Embedded Open Source Project – OTA Upgrade Component mOTA
Detailed Explanation of SPI
AUTOSAR Practical Tutorial – Software Integration Debugging – One Trick to Solve Program Runaway
Can’t Communicate via I2C? Is There a Hardware Problem?
Early Open Source Implementation of AUTOSAR – Arctic Core
Sharing a Good Article on DMA Principles
CAN, CAN-FD Error Frame Bus-Off Troubleshooting
Differences and Applications of SPI, UART, I2C Communication
Analysis of Heterogeneous Communication Process between A-Core and M-Core
About PHY, MAC, and Their Communication Interfaces
Beginner’s Guide to Using CMake on Windows (Hello World)
Wisdom in Programming, Improving the Code Quality of Embedded Software
How to Merge BootLoader and APP into One Firmware
Bug Analysis – Memory Being Abnormally Tampered with
An Open Source Software Framework Suitable for Bare-Metal Microcontrollers
Work Life
Looking Up at the Experience of a Senior from Huawei to Resignation
Looking Up at How Experts Step by Step Become Specialists in Their Field
Looking Up at the Sharing of Embedded Learning Experience from a Peking University Master’s Graduate after 7 Years
Learning Checklist for Mid-Career Transition
Looking Up at the Summary of Embedded Experience from a 10-Year Expert
Paid Content
Analysis of Message Drop Timeout Not Reported Issue under AUTOSAR Architecture
Detailed Analysis of Fee under AUTOSAR Architecture
Detailed Analysis of Fls under AUTOSAR Architecture
Detailed Analysis of NvM Module under AUTOSAR Architecture
Further Investigation of CanTrcv Sleep Wakeup Issue under AUTOSAR Architecture
Configuration Practice of Local Network Management under AUTOSAR from 0 to 1
End
「The articles on automotive electronics embedded systems are synchronized on CSDN, with a column on the path to mastering AUTOSAR. Each module is introduced in detail based on actual project development and maintenance processes. Core concepts, actual requirements, engineering configurations, special requirements, and practical experience are summarized. The goal is to help readers understand the principles and complete a module configuration or solve a problem based on their needs after reading each chapter.」
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Recommended Reading
Summary of Exciting Articles on Automotive Electronics Embedded Systems – Issue 1: 20210530-20230703
Detailed Explanation of EcuM Wakeup Source Events under AUTOSAR Architecture
Analysis of NVM Block Continuous Write and Default Value Issues under AUTOSAR Architecture
Detailed Analysis of NvM Module under AUTOSAR Architecture
Analysis of Message Drop Timeout Not Reported Issue under AUTOSAR Architecture
Overview of Ethernet Communication Architecture under Classic Autosar
Service-Oriented Communication Middleware Someip
Detailed Analysis of Fee under AUTOSAR Architecture
Basic Concept Introduction to TC37x Chip FLASH
Detailed Analysis of Fls under AUTOSAR Architecture
Introduction to TC3xx Chip DMU
Introduction to TC3xx Chip MPU
Detailed Explanation of TC3xx Chip Trap
Error Handling of OS under AUTOSAR Architecture
How QM Application Accesses ASIL Application under AUTOSAR Architecture
Multicore Startup under AUTOSAR Architecture
Detailed Explanation of TC3xx Chip Trap (Part 2)
Multicore Shutdown under AUTOSAR Architecture
Multicore Communication under AUTOSAR Architecture
Low-Level Implementation of Spinlock on RH850U2A Chip Platform
Detailed Explanation of TC3xx Chip Clock System Function – Clock Source OSC
Detailed Explanation of TC3xx Chip Clock System Function – Phase-Locked Loop PLL
Detailed Explanation of TC3xx Chip Clock System Function – Clock Distribution CCU
Configuration Practice of Local Network Management under AUTOSAR from 0 to 1
Practical Configuration of TC3xx Platform MCAL Clock System under AUTOSAR Architecture
End
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