If a large embedded project does not implement fault tolerance design, can you imagine what the consequences would be? Experienced friends can certainly think of countless bugs in such projects, and some bugs are very difficult to trace. Today, let’s discuss some common fault tolerance design methods in embedded code. Using Assertions (Assert) What is … Read more
The BOXER industrial embedded computer is a robust, powerful, and flexible platform built for machine learning and computer vision applications. The BOXER series adds artificial intelligence capabilities at the edge, now providing a powerful edge computing platform to support Industry 4.0. The BOXER edge computing system has a wide range of functionalities and form factors, … Read more
With the development of information technology, fields such as AI digital products and intelligent driving are flourishing unprecedentedly, but these products rely on an application called embedded technology. Today, I will talk to you about an IT application field that belongs to us—embedded systems. Let’s first understand embedded systems from the perspective of policies and … Read more
LCD (Liquid Crystal Display): also known as liquid crystal display. Widely used in embedded, mobile, and PC applications. This article mainly introduces common LCD classifications. 1 LCD classifications are as follows Divided into several categories based on signal type: TTL/LVDS/EDP/MIPI Classified by material (for TFT-LCD): TFT-TN/TFT-IPS/TFT-VA. Interface types include: RGB mode, SPI mode, MDDI mode, … Read more
Introduction The timer interrupt of the microcontroller can produce accurate timing, making it easy to implement the design of a digital clock using a microcontroller. This project is based on a 6-digit dynamic display and completed with buttons. It is also a typical training project in the process of learning microcontroller technology. The basic requirements … Read more
This article mainly introduces an embedded system architecture design method based on event-driven and modular layered design principles, which can effectively improve the stability of instruments and simplify subsequent maintenance work. Event-Driven Embedded Systems Architecture Design for Intelligent Instruments Jin Miao, Guo Yueming, Wei Qian, Tang Jie (Beijing Zhongyou Ruifei Information Technology Co., Ltd., Changping, … Read more
In embedded system design, electronic engineers need to focus on multiple core elements to ensure the system’s stability, performance, and reliability. This article will delve into these elements and summarize them, hoping to help our friends. 1. Power Management Power is the cornerstone of embedded systems, and its stability is crucial. Engineers must pay attention … Read more
Word Count: 1700 Content Quality Index: ⭐⭐⭐⭐⭐ 1 Point of View 1 Just like learning English, the C language is also a language. C is quite simple, with only 34 keywords (ANSI standard, but C99 introduces several new keywords and features to define new data types, variable-length arrays, etc.), over 40 operators, and an understanding … Read more
Artificial Intelligence (AI) is not a new technological concept; its history can be traced back to the 1950s. Since entering the 21st century, AI has made breakthrough progress in areas such as image recognition, speech recognition, natural language processing, robotics, and autonomous driving, benefitting from rapid increases in computing power and the swift development of … Read more
To gain a deeper understanding of the CPU, the master craftsman spent a full six months to “solder point by point” and made a CPU by himself, as shown in the masterpiece below. Related articles:How does the CPU recognize the code we write? According to the master craftsman, he mainly used the following three raw … Read more