Overview of Embedded Systems: The Brain of Smart Devices

Overview of Embedded Systems: The Brain of Smart Devices

Overview of Embedded Systems: The Brain of Smart Devices Embedded systems are undoubtedly an indispensable part of modern technology, quietly operating in countless devices around us, from simple household appliances to complex spacecraft. This article will delve into the basic concepts and application scenarios of embedded systems, illustrating their importance in modern society with compelling … Read more

Easy Method for Logging in Embedded Systems

Easy Method for Logging in Embedded Systems

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

Exploring Arduino Development with AVR Microcontrollers

Exploring Arduino Development with AVR Microcontrollers

Click on the “Fruit Little Master” above, select “Top/Star Official Account“ Practical Benefits Delivered First-Hand! Abstract: The commonly used chip for Arduino development boards is the AVR microcontroller series produced by Atmel. The most common is the ATmega328P, widely used in the Arduino Uno development board. Developing AVR microcontrollers on the Arduino platform is very … Read more

Smart Windshield Wiper Design Based on Arduino Microcontroller

Smart Windshield Wiper Design Based on Arduino Microcontroller

1. Main Functions This project uses Proteus8 to simulate the Arduino microcontroller, utilizing an LCD1602 display module, button module, raindrop sensor, ADC, LED module, etc. Main Functions: After the system is running, the LCD1602 displays the current mode, rainfall, gear, and status of the windshield wiper. It defaults to manual mode, corresponding to the manual … Read more

Arduino UNO Serial Communication Guide

Arduino UNO Serial Communication Guide

Arduino Uno provides serial communication functionality, allowing it to exchange data with a computer or other microcontrollers. Serial communication is a very common feature in Arduino projects, often used for debugging, data transfer, and interaction with other devices. Below is a detailed introduction on how to use the serial communication feature of Arduino Uno. 1. … Read more

Building an Inspection Robot Using Microcontrollers

Building an Inspection Robot Using Microcontrollers

Project Development Background The construction of the track inspection robot is realized through an intelligent track inspection robot based on 5G communication technology, equipped with data collectors and real-time intelligent analysis software, to achieve gas and combustible gas detection, and eliminate safety hazards alarms. It creates a standardized, modernized, and intelligent security inspection program. It … Read more

Choosing the Best Software Architecture for Microcontroller Development

Choosing the Best Software Architecture for Microcontroller Development

The software architecture of embedded systems is crucial for building reliable embedded applications. This article will explore three commonly used software architectures in microcontroller development: layered architecture, event-driven architecture, and service-oriented architecture. We will delve into the characteristics, applicable scenarios, and accompanying example code for each architecture to better understand their differences and advantages. Layered … Read more

Fast Fourier Transform Algorithm for Microcontrollers

Fast Fourier Transform Algorithm for Microcontrollers

For a faster version, see the C language implementation of FFT and IFFT source code, which does not rely on a specific platform. The porting is very simple, does not rely on other libraries, and allows custom point counts. The algorithm is based on the usage instructions of the FFT algorithm and the C language … Read more

From Beginner to Abandoning Microcontrollers: A Comprehensive Guide

From Beginner to Abandoning Microcontrollers: A Comprehensive Guide

Step 1: Create the physical chip. A microcontroller, generally understood as MCU (Microcontroller Unit), includes components such as timers, ALU (Arithmetic Logic Unit), memory, registers, buses, etc. A typical microcontroller also includes GPIO, serial ports (UART), DMA, coprocessors, AD/DA, etc. Understand the diagram below Prerequisites: Computer Organization Principles, Microcomputer Principles. Pipeline Prerequisites: Digital Logic Circuits, … Read more