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"Embedded System Design" 20-Linux Embedded System Design (the first step in the Linux startup process to DeBug symbol reduction)
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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：52 minutes and 4 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!

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