Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices

Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices

Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices

Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices

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Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices
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Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices
Content Introduction
“Principles and Applications of Embedded Linux Systems (Micro Course Video Version)” analyzes representative embedded Linux systems in the current embedded system field, introducing the ARM embedded processor while explaining Linux basics, embedded Linux development environment, ARM-Linux kernel, embedded Linux file system, ARM-Linux porting and debugging methods, and design of Linux drivers; then introduces many advanced programming techniques of embedded Linux represented by the Yocto Project open source project; finally, it explains embedded artificial intelligence TensorFlow Lite and embedded database SQLite. To facilitate teaching, this book is paired with rich teaching resources such as micro-course videos (590 minutes, 47 episodes), program code, teaching materials, teaching outline, electronic teaching plans, exercises and answers, reference papers, etc. “Principles and Applications of Embedded Linux Systems (Micro Course Video Version)” can serve as a textbook for computer, electronics, and electronic information majors in higher education institutions, and can also serve as a reference book for related embedded developers.
Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices
Editor Recommendation

Embedded Linux is one of the important operating systems in the embedded field, and one of the important operating systems on ARM Cortex-A series microprocessors. It is also an excellent operating system in the embedded system and IoT fields. Currently, Google has launched the TensorFlow Lite development framework suitable for machine learning for embedded systems (based on embedded Linux, Android, iOS), greatly enhancing the application prospects of embedded artificial intelligence.

In-depth explanation, grasp the essence: Deeply explore the similarities and differences between embedded Linux and desktop Linux, server Linux, fully explaining all aspects of embedded Linux knowledge based on the characteristics of embedded systems, and timely introducing emerging technologies of mainstream kernel versions.
Complete system, keeping up with the times: Adding knowledge related to the Yocto Project open source project, SQLite database, and embedded artificial intelligence TensorFlow Lite applications to meet the growing demand for embedded open source projects and AI data processing, more in line with the characteristics of computer science.
Rich examples, detailed comments: Rich case source code, selecting projects with practical value based on the scientific research projects and practical activities undertaken by the writing team.
Complete support, rich materials: Paired with rich resources to facilitate teaching for teachers and self-study for readers.

Analyzing and Practicing Embedded Linux Device Driver Development Framework Using Character Devices

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