Operating Systems: Principles and Practice, Vol. 2: Concurrency 3

Operating Systems: Principles and Practice is a textbook for a first course in undergraduate operating systems. In use at dozens of top tier universities, and written by two leading operating systems researchers with decades of experience successfully teaching complex topics to thousands of students, this textbook provides: A path for students to understand high level concepts all the way down to working code. Extensive worked examples integrated throughout the text provide students concrete guidance for completing homework assignments. A focus on up-to-date industry technologies and practice The e-book version of Operating Systems: Principles and Practice is broken into 4 volumes: Volume 1: Kernels and Processes Volume 2: Concurrency Volume 3: Memory Management Volume 4: Persistent Storage This is Volume 2: Concurrency In this volume, we provide a concrete methodology for writing correct concurrent programs that is in widespread use in industry, and we explain the mechanisms for context switching and synchronization from fundamental concepts down to assembly code. Operating Systems: Principles and Practice is a textbook for a first course in undergraduate operating systems. In use at dozens of top tier universities, and written by two leading operating systems researchers with decades of experience successfully teaching complex topics to thousands of students, this textbook provides: A path for students to understand high level concepts all the way down to working code. Extensive worked examples integrated throughout the text provide students concrete guidance for completing homework assignments. A focus on up-to-date industry technologies and practice The e-book version of Operating Systems: Principles and Practice is broken into 4 volumes: Volume 1: Kernels and Processes Volume 2: Concurrency Volume 3: Memory Management Volume 4: Persistent Storage This is Volume 3: Memory Management In this volume, we explain both the theory and mechanisms behind 64-bit address space translation, demand paging, and virtual machines.