Embedded System Principles, Design, and Applications

Author: Zhang Dabo, Editor-in-Chief
Publisher:
Publish Date: 2005-01-01
Features: This book does not delve into the principles and usage of a specific embedded processor, nor does it extensively discuss the principles and development methods of a particular embedded operating system. Instead, it focuses on general embedded system technologies, fundamental principles, and development methods for embedded products. The book is a summary of the author's years of teaching and research experience, offering in-depth and systematic explanations. It is highly suitable for embedded system programmers, designers, and project managers as a reference, and can also serve as a teaching resource for upper-level undergraduate or graduate students in computer science, electronic information, and related fields. The book systematically covers the basic concepts of embedded systems, the principles and guidelines for development, the design of software and hardware structures, the overall architecture of embedded operating systems and network protocol stacks, as well as recent significant developments and applications in embedded systems.
The book does not focus on the principles and development methods of a specific embedded processor or embedded operating system, but rather on general embedded system technologies, fundamental principles, and development methods for embedded products. For example, the code provided in the book is written in C-like language and only describes the framework of the program, without targeting any specific embedded operating system.
Through studying this book, readers can not only develop into embedded system developers but also cultivate the ability to design and plan embedded system products, among other skills, enabling them to independently lead a project team in embedded application development. This book is suitable for upper-level university students and graduate students in electrical and information-related fields (such as Electrical Engineering and Automation, Automation, Electronic Information Engineering, Communication Engineering, Computer Science and Technology, Electronic Science and Technology, Biomedical Engineering) as both required and elective textbooks, as well as a guidebook for instructors in the field of embedded computing. It can also serve as a reference for relevant technical personnel.