Basic Knowledge of Embedded Systems 1. Definition of Embedded Systems (1) Definition: A dedicated computer system centered on applications, based on computer technology, with software and hardware that can be customized to meet strict requirements for functionality, reliability, cost, size, and power consumption of application systems. (2) Four stages of embedded system development: no operating … Read more
This article mainly introduces some basic knowledge about embedded systems, hoping to be helpful to everyone. 1. Definition of Embedded Systems (1) Definition: An application-centered, computer technology-based, customizable hardware and software system that meets the strict requirements of application systems on functionality, reliability, cost, size, and power consumption. (2) The four stages of embedded system … Read more
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
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
In the field of industrial control, stability and real-time performance are two important factors that need to be fully considered in the design of embedded systems. Compared to general embedded Linux design solutions, MYiR Electronics has launched the myir-image-core system on the Remi Pi development platform, targeting various industrial application scenarios. The newly released myir-image-core … Read more
Embedded software development is a widely used and continuously evolving technology field. To meet the needs of different application scenarios, developers can adopt various architectural approaches. In this article, we will explore three common architectures in embedded software development: Front and Back Sequential Execution Method, Time-Slicing Method, and Operating System. 01. Front and Back Sequential … Read more
Click on the blue text above Tansi Laboratory Get more automotive cybersecurity information The automotive electrical/electronic (E/E) architecture is evolving towards centralized computing resources. This initially occurred in domain controllers and then shifted to regional and centralized approaches. As multiple real-time functions are integrated into regional controllers, the demand for processor performance increases, and the … Read more
1 Zorb Introduction Zorb Framework is a lightweight embedded framework built on the principles of object-oriented programming. The purpose of building the Zorb Framework is to enable rapid application development on chips that cannot run Linux, avoiding the need to reinvent the wheel repeatedly. The initial design features of the Zorb Framework include: Time system … Read more
Click the image below to search【Internet of Things】 to get many practical IoT projects prepared for you. Microcontroller programs are familiar to everyone, but few actually consider the architecture. With the increasing number of programs being developed, architecture is very necessary. The architecture of applications can be roughly categorized into three types: 1. Simple front … Read more
When learning the principles of operating systems, you will come across terms like “time slice”, “preemptive”, and “real-time”, which many people may not fully understand, even after studying or working in operating system development. Ultimately, it comes down to not grasping some basic principles of operating systems. This article aims to address similar questions that … Read more