The main characteristics of embedded systems include the following aspects: Embedded systems typically focus heavily on cost. The cost of embedded systems is divided into software costs and hardware costs, and can also be divided into development costs and maintenance costs. For a product that includes an embedded software system, reducing costs while meeting quality … Read more
Undoubtedly, as more and more devices join the Internet of Things (IoT), traditional enterprises increasingly need support for digital transformation. This support is not just about needing to flexibly adapt to various unpredictable data usage patterns that lead to sudden and significant changes in resource demand, but also about adapting to future development needs while … Read more
Every embedded application software will at some point access the lowest level firmware and perform some hardware control. The design and implementation of drivers are crucial to ensure that a system can meet its real-time requirements. Here are 5 tips that every developer should consider when designing drivers. Let’s explore the relevant content together. 1. … Read more
This article guide The development of interactive interfaces for industrial products is increasingly approaching that of consumer products. Choosing a fast and low-cost embedded UI development solution is particularly important. This article will introduce a new framework-based embedded UI development platform. 1 Serial Port Screens A serial port screen refers to a screen that can … Read more
▲ Click Above to Follow STM32 In the past, developers often overlooked the security issues of embedded devices when discussing them, assuming that embedded devices are not easily susceptible to network attacks and are not targets for hackers, or that simply implementing encryption and authentication suffices for adequate security. However, in today’s world of the … Read more
Core Technologies for IoT Device Development Hello, dear C++ friends, it’s great to meet you again! Today, we will explore the application of C++ in embedded systems, especially how to use C++ to develop IoT devices. Are you ready? Let’s embark on this exciting learning journey! 1. Introduction to C++ and Embedded Systems In the … Read more
Follow+Star Public Account, don’t miss exciting content Source | My Last Name is Liang Many scenarios require logging. In embedded systems, especially in environments with limited storage resources like microcontrollers, a lightweight storage method is necessary. System Log In embedded device applications, system logs can often monitor the running status of device software, timely record … Read more
Nowadays, embedded system development is often based on platform models. MCU platforms include MCUs and their related components (peripheral devices, supporting devices, etc.), integrated development environments (development boards, development tools, middleware, etc.), and operating systems. When semiconductor manufacturers launch a new MCU product, they generally provide corresponding peripheral devices, integrated development environments, and operating systems … Read more
Embedded Systems Principles and Development Case Studies Innovation and Responsibility: The “Core” Path of Embedded Systems School of Artificial Intelligence Lin Jianping Members: Yu Jinghua, Dai Lu 1. Course Introduction (1) Course Overview This course was approved as a provincial-level online and offline hybrid first-class course in 2023. The course closely aligns with our school’s … Read more
Efficient embedded systems, if purely pursuing speed and performance, can be resolved by using the highest configuration hardware (high-performance CPUs, large memory, and various good peripherals, etc.). However, this goes against the original intention of embedded systems. As an embedded system is asoftware and hardware system flexibly tailored based on user needs, designing a high-performance … Read more