Embedded Linux System Development Technology Detailed Explanation - Based on ARM

Author: Sun Jikun
Publisher:
Publish Date: 2006-08-01
Features: This book can be used as a textbook for senior undergraduate and graduate students in electronic, electrical, and control engineering majors at universities to learn Embedded Linux. It can also be referenced by researchers and engineering technicians who wish to transition into the embedded field, and it serves as teaching material and supplementary resources for embedded training classes. The book follows the development process of Embedded Linux systems as its main thread, analyzing each stage of building Embedded Linux systems. Starting with basic knowledge of embedded systems and Linux programming techniques, it then explains the establishment of the Embedded Linux cross-development environment, followed by an analysis of the three major components of Embedded Linux systems: the bootloader, kernel, and file system. Finally, it introduces methods for integrating and deploying Embedded Linux systems. All Embedded Linux system software used in this book originates from open-source sites, with specific links provided in the text. The book primarily uses the ARM platform as an example to conduct a detailed analysis of the U-Boot and Linux kernel boot process, laying a foundation for learning Embedded Linux system development. The book conceptually elaborates on the development process of Embedded Linux systems and practically provides specific operational steps, enabling readers to gain an in-depth understanding of the construction of Embedded Linux systems. The book follows the development process of Embedded Linux systems as its main thread, analyzing each stage of building Embedded Linux systems. Starting with basic knowledge of embedded systems and Linux programming techniques, it then explains the establishment of the Embedded Linux cross-development environment, followed by an analysis of the three major components of Embedded Linux systems: the bootloader, kernel, and file system. Finally, it introduces methods for integrating and deploying Embedded Linux systems. All Embedded Linux system software used in this book originates from open-source sites, with specific links provided in the text. The book primarily uses the ARM platform as an example to conduct a detailed analysis of the U-Boot and Linux kernel boot process, laying a foundation for learning Embedded Linux system development. The book conceptually elaborates on the development process of Embedded Linux systems and practically provides specific operational steps, enabling readers to gain an in-depth understanding of the construction of Embedded Linux systems. The book can be used as a textbook for senior undergraduate and graduate students in electronic, electrical, and control engineering majors at universities to learn Embedded Linux. It can also be referenced by researchers and engineering technicians who wish to transition into the embedded field, and it serves as teaching material and supplementary resources for embedded training classes.