The main contents of "Operating System Principles" include: process management, memory management, device management, file system and other core contents. Through theoretical study and practical sessions, students can master the structure and design of operating systems, analyze and design simple operating systems, and lay a solid theoretical foundation for scientific research and engineering research and development. Through practical teaching sessions, students can initially master the ability to read, analyze and tailor existing open source operating systems; have the foundation to design, implement, and develop small or simplified operating systems; cultivate large-scale programming methods and skills, and improve students' programming clarity , reasonable and readable system program. The course explanations are conceptually clear, rich in content, easy to understand, and highly practical and practical. There are a large number of exercises and open-ended thinking questions after each chapter, as well as a large number of targeted computer programming experiments after class.
Master the basic concepts, core principles, and key technologies of operating systems. Through theoretical study and practice, students can master the structure and design of operating systems, analyze and design simple operating systems, and enable students to initially master the ability to read, analyze and tailor existing open source operating systems; have the ability to design, implement, and develop small or The foundation of simplified operating systems; cultivate large-scale programming methods and skills, and improve students' ability to compile clear, reasonable, and readable system programs.
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