Abstract:There are two directions in embedded systems: one is embedded software development (MCU direction), and the other is embedded software development (Linux direction). Among them, the MCU direction is basically bare-metal development and RTOS development, while the Linux development direction is further divided into driver development and application development. Compared to driver development, application development … Read more
Sometimes people like to joke about light bulbs, but in reality, lighting involves many technical aspects. The article below discusses the multi-technology stack of embedded Linux lighting, which I recommend to everyone. Abstract: There are two directions in embedded development: one is embedded software development (MCU direction), and the other is embedded software development (Linux … Read more
I'm Lao Wen, an embedded engineer who loves learning. In the process of developing embedded products, due to business requirements, engineers need to use operating systems for task scheduling. In the field of embedded technology, the most commonly heard or encountered systems by engineers are embedded Linux or real-time operating systems (RTOS) running on microcontroller … Read more
Abstract: Learning Linux is not difficult; the challenge lies in not finding the right tutorials or having someone to guide you quickly. After buying a development board, it just sits there gathering dust. Watching videos is unengaging, and the documentation is hard to understand, making it really tough! So today, I will explain the basic … Read more
Yesterday: Daily Update 8/30: Daily Update for 7 Days Will Recently, I have been reviewing knowledge about the ARM architecture and testing with qemu. Today, I will share some thoughts on how to explore ARM without a development board. For specific methods, please refer to links 1-4. In the absence of a development board, you … Read more
I should have planned to write a series about Linux a couple of years ago, but I never had the determination. There are many reasons for my lack of resolve, the main one being that I feel I don’t have much time, and I tend to enjoy reading a wide variety of random topics. It’s … Read more
1. Product Overview 1.1 Applicable Scope The product adopts a core board plus baseboard configuration, with the core board primarily integrating four main components (main control, memory, storage, and power management). The core board is easily detachable for quick secondary development by customers, mainly applied in industrial control, commercial displays, smart home, automotive electronics, medical … Read more
C++ Autonomous Driving Development: C++ autonomous driving development refers to the research and development work of intelligent driving (Autonomous Driving, AD) technology using the C++ language. This work involves understanding and utilizing sensing, artificial intelligence algorithms, real-time operating systems, and complex software architectures to achieve autonomous navigation and control of vehicles. The main goal is … Read more
The Xen hypervisor project began at the University of Cambridge in the 1990s and became open source in 2002. Today, it is one of the most popular open-source hypervisors, usable in cloud computing. Xilinx and DornerWorks have applied this virtualization platform on the Zynq UltraScale+ MPSoC, allowing Xen to shine. It ensures security, multifunctionality, and … Read more
Follow+Star Public Number, don’t miss out on exciting content Arrangement | strongerHuang WeChat Public Account | Embedded Column The first “project” for embedded beginners is LED control. In this article, we’ll explore the differences between 51, STM32, and Linux LED control. 51 LED Control 51 LED control is a popular choice for many microcontroller beginners, … Read more