After authoring a best-selling text in India, Dhananjay Dhamdhere has written Operating Systems, and it includes precise definitions and clear explanations of fundamental concepts, which makes this text an excellent text for the first course in operating systems. Concepts, techniques, and case studies are well integrated so many design and implementation details look obvious to the student. Exceptionally clear explanations of concepts are offered, and coverage of both fundamentals and such cutting-edge material like encryption and security is included. The numerous case studies are tied firmly…mehr
After authoring a best-selling text in India, Dhananjay Dhamdhere has written Operating Systems, and it includes precise definitions and clear explanations of fundamental concepts, which makes this text an excellent text for the first course in operating systems. Concepts, techniques, and case studies are well integrated so many design and implementation details look obvious to the student. Exceptionally clear explanations of concepts are offered, and coverage of both fundamentals and such cutting-edge material like encryption and security is included. The numerous case studies are tied firmly to real-world experiences with operating systems that students will likely encounter.
Dhananjay M. Dhamdhere is a Professor of Computer Science and Engineering at lIndian Institute of Technology at Bombay
Inhaltsangabe
Part 1: Overview 1 Introduction 2 the OS, the Computer and User Programs 3 Overview of Operating Systems 4 Structure of Operating Systems Part ll: Process Management 5 Processes and Threads 6 Process Synchronization 7 Scheduling 8 Deadlocks 9 Message Passing 10 Synchronization and Scheduling in Multiprocessor Operating Systems Part lll: Memory Management 11 Memory Management 12 Virtual Memory Part lV: File Systems and I/O Management 13 File Systems 14 Implementation of File Operations 15 Security and Protection Part V: Distributed operating Systems 16 Distributed Operating Systems 17 Theoretical Issues in Distributed Systems 18 Distributed Control Algorithms 19 Recovery and Fault Tolerance 20 Distributed File Systems 21 Distributed System Security
Part 1: Overview 1 Introduction 2 the OS, the Computer and User Programs 3 Overview of Operating Systems 4 Structure of Operating Systems Part ll: Process Management 5 Processes and Threads 6 Process Synchronization 7 Scheduling 8 Deadlocks 9 Message Passing 10 Synchronization and Scheduling in Multiprocessor Operating Systems Part lll: Memory Management 11 Memory Management 12 Virtual Memory Part lV: File Systems and I/O Management 13 File Systems 14 Implementation of File Operations 15 Security and Protection Part V: Distributed operating Systems 16 Distributed Operating Systems 17 Theoretical Issues in Distributed Systems 18 Distributed Control Algorithms 19 Recovery and Fault Tolerance 20 Distributed File Systems 21 Distributed System Security
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