Embedded Design and Linux Driver Development Guide - Based on ARM9 Processor

Author: Sun Tianze Yuan Wenju Zhang Haifeng
Publisher:
Publish Date: 2005-02-01
Features: ARM, as an embedded system processor, has dominated the majority of the market with its advantages of high performance, low power consumption, and low cost. Currently, the most popular are the ARM7 and ARM9 series. As people have higher demands for system functionality, ARM7 has become inadequate in high-end applications, while the more powerful ARM9 processors have gradually taken over the high-end product market. This book uses the ARM9 processor and the Linux operating system as its platform, comprehensively introducing the general process of embedded system development and, in conjunction with Shenzhen Youlong's development board, detailing the development methods for device drivers under embedded Linux systems. This book serves as a practical guide for ARM+Linux embedded system development, introducing some concepts and development processes of embedded systems. It can be used as a reference for embedded system development and application technicians, as well as for Linux device driver development personnel. The content is practical and easy to understand, making it suitable for technicians engaged in embedded system development and faculty and students in related disciplines at universities.
ARM, as an embedded system processor, has dominated the majority of the market with its advantages of high performance, low power consumption, and low cost. Currently, the most popular are the ARM7 and ARM9 series. As people have higher demands for system functionality, ARM7 has become inadequate in high-end applications, while the more powerful ARM9 processors have gradually taken over the high-end product market. This book uses the ARM9 processor and the Linux operating system as its platform, comprehensively introducing the general process of embedded system development and, in conjunction with Shenzhen Youlong's development board, detailing the development methods for device drivers under embedded Linux systems. This book is a practical guide for ARM+Linux embedded system development, introducing some concepts and development processes of embedded systems. It can be used as a reference for embedded system development and application, as well as for Linux device driver development. The content is practical and easy to understand, making it suitable for technicians engaged in embedded system development and faculty and students in related disciplines at universities.