With the rapid development of technology, housework robots have become the new favorites of modern families. These robots can help people complete various household tasks, such as cleaning, cooking, and laundry, greatly improving people’s quality of life. So, how can we produce a robot that can do housework? First, we need to clarify the functional … Read more
Source: EETOP Original Author: electronicdesign In this article, you will learn about: The pain points of the existing chip layout (floorplan) design process. How artificial intelligence can optimize this process, reducing the time required from weeks to hours. Potential applications of extending the same method to improve different hardware design processes. Artificial intelligence (AI) has … Read more
Having worked in the embedded industry for seven or eight years, I would like to share some hardware circuit design schemes and insights for those who are new to embedded systems. 1. Key Circuit R1 Pull-up Resistor: It clamps the uncertain signal to a high level through a resistor, maintaining it in a non-triggered state … Read more
Which is better, ASIC or FPGA? What are the differences in their processes? Is it necessary to switch from FPGA to ASIC design? Various questions about ASIC and FPGA are frequently seen online. ASIC (Application Specific Integrated Circuit) refers to integrated circuits designed and manufactured to meet specific user requirements and the needs of specific … Read more
What is FPGA? What is FPGA? FPGA stands for Field Programmable Gate Array, which means a chip that can be programmed on-site. FPGA is essentially a chip, not a tool or a device, and certainly not software. It is a type of chip. FPGA can change the internal circuit structure of the chip through programming, … Read more
Foreword Most of us fall into a misconception while learning STM32 — we focus solely on the software code and neglect the hardware aspect. In simple terms, we only know how to use the development board, and when it comes to designing our own STM32 system, we are at a loss. This article aims to … Read more
1. The Engineer’s Perspective on “Embedded Systems” From an engineer’s point of view: focus on understanding the concept of “embedding” from three main aspects: 1. From the hardware perspective, integrating peripheral devices based on the CPU into the CPU chip itself. For example, early computers based on the X86 architecture only had arithmetic and accumulator … Read more
1. Overview The so-called embedded system is actually a dedicated microcomputer system, which includes two parts: embedded hardware and embedded software. The embedded hardware typically consists of a 32-bit (or lower) microprocessor and its related peripherals; the embedded software is the program written into the embedded hardware to achieve specific functions. The author summarizes that … Read more
Zheng Ninghan, Tao Pin, Song Sichao (Department of Computer Science and Technology, Tsinghua University, Beijing 100084) Abstract:The characteristics of embedded systems, which are closely related to practical applications, determine the importance of effective experimental teaching for embedded system courses. This article introduces some explorations in embedded system experimental teaching, analyzes the characteristics of embedded experimental … Read more
WeChat Search Technical Training We can compare embedded technology to a computer, which can achieve various functions through programming.Embedded technology can be customized and tailored according to specific needs to develop products that are small in size, low in power consumption, and have specific functionalities.This is a collective term for a series of technologies, involving … Read more