Training

Location:Training / Embedded Development / System Design / Embedded System Design / "Embedded System Design" 5-Introduction to embedded systems (Hunter ICC irrigation controller to embedded real-time system classification)

You can log in to your eeworld account to continue watching：
"Embedded System Design" 5-Introduction to embedded systems (Hunter ICC irrigation controller to embedded real-time system classification)
Login

Chapter 1："Embedded System Design" 1-Explanation and Embedded Systems and Desktop Systems (to Processor Technology)
Chapter 2："Embedded System Design" 2-Embedded systems and desktop systems (processor technology to I2C)
Chapter 3："Embedded System Design" 3-Embedded Systems and Desktop Systems
Chapter 4："Embedded System Design" 4-Introduction to embedded systems (embedded systems are defined to Hunter ICC irrigation controller)
Chapter 5："Embedded System Design" 5-Introduction to embedded systems (Hunter ICC irrigation controller to embedded real-time system classification)
Chapter 6："Embedded System Design" 6-Assignment 1 and Introduction to Embedded Systems (Embedded Real-time System Classification to the End)
Chapter 7："Embedded System Design" 7-Introduction to the software part of embedded systems (embedded system software characteristics to development history)
Chapter 8："Embedded System Design" 8-Introduction to the software part of embedded systems (relying on the development of related technologies to the code critical value)
Chapter 9："Embedded System Design" 9-Common embedded hardware (starting with the ARM family)
Chapter 10："Embedded System Design" 10-Common embedded hardware (production from typical ARM system to Boot ROM)
Chapter 11："Embedded System Design" 11-Common embedded hardware (other hardware to the end) and system-level design methods (starting to computer design)
Chapter 12："Embedded System Design" 12-System-level design method (computer design to system resource arrangement)
Chapter 13："Embedded System Design" 13-Software and hardware co-design (starting to typical co-design process)
Chapter 14："Embedded System Design" 14-Software and hardware co-design technology (software and hardware co-design content to division) and software and hardware system division technology (start to system division)
Chapter 15："Embedded System Design" 14-1-Division and assignment of tasks
Chapter 16："Embedded System Design" 15-Embedded System Design U-BOOT (Some introduction to Bootloader)
Chapter 17："Embedded System Design" 17-Embedded System Design U-BOOT (jump to the C entry point of stage2 to the embedded system Bootloader)
Chapter 18："Embedded System Design" 18-Embedded System Design U-BOOT (LILO to connection script file)
Chapter 19："Embedded System Design" 19-Linux Embedded System Design (Starting with Linux Bootloader)
Chapter 20："Embedded System Design" 20-Linux Embedded System Design (the first step in the Linux startup process to DeBug symbol reduction)
Chapter 21："Embedded System Design" 21-Linux embedded system design (Linux driver design) and MP3 player design (development tool selection)
Chapter 22："Embedded System Design" 22-MP3 player design (design method to block device reading)
Chapter 23："Embedded System Design" 23-MP3 player design (adding new device Ramdisk to Uboot to the end) and network storage design (start to end) and some supplementary instructions

Duration：53 minutes and 50 seconds
Date：2014/01/01

Uploader：EE资深网友

Introduction

keywords： Embedded

Produced by Shanghai Jiao Tong University. Although the teaching style is a bit casual, it can be seen that he is a teacher with considerable practical experience and has given many practical and practical design solutions and experience guidance, especially the introduction of MP3 playback. The design of the device, I believe everyone will be eager to try it after seeing it!

You Might Like

Recommended Posts

What open source projects can I learn under Linux?: There are many open source projects for Java. Are there any open source projects for C/C++ under Linux that I can learn from?; 老夫子 Linux and Android

[Showing off my spare time] Idle IT guy: Prerequisite: In response to eric_wang's request, I am posting this idle. List: I have an idle high-quality man. Simple requirements: Be nice to him in the future, pretty girl. Functional introduction; 07611128 Buy&Sell

Drive ST7565 to display Chinese characters and dots: Recently, I need to use ST7565 to display Chinese characters and draw dots. I found that there are many examples on the Internet about ST7565 driver displaying text, but there are few examples of draw; fish001 MCU

, brd file to help convert it to Altium can open, or FBGA153 package: Please help convert it so that Altium can open it, thank you! If you have a FBGA153 package, please send it to me, thank you! I feel that the drawing I made is not right, and the lines can't be drawn; 大发明家 PCB Design

【Qinheng CH582】 I2C temporary storage relay host computer control relay module: I2C interface and relay driver The function we are going to realize this time is that the host computer sends the relay control instruction (single-byte control instruction), and the 24C256EEPROM is u; javnson Domestic Chip Exchange

9. Beaglebone peripheral circuit design week 3: Debugging of serial port 4: My Zigbee module seems to communicate with the control chip through serial port 4, so I first debug the function of serial port 4! The UART process in AM335X_StarterWare_02_00_00_07 provided by TI is; anananjjj DSP and ARM Processors

Recommended Content

Hot VideosMore

Hot ArticlesMore

Circuit

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews

Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函

京公网安备 11010802033920号