MODERN OPERATING SYSTEMS FOURTH EDITION ANDREW S. TANENBAUM HERBERT BOS Vrije Universiteit Amsterdam, The Netherlands Boston Columbus Indianapolis New York San Francisco Upper Saddle River Amsterdam Cape Town Dubai London Madrid Milan Munich Paris Montréal Toronto Course Information. Learn moreClose this message and continue, Laboratory and Simulation Experiments for Modern Operating Systems, Global Edition, Lecture PowerPoints for Modern Operating Systems, Global Edition, Art and Figures for Modern Operating Systems, Instructor Solutions Manual for Modern Operating Systems: Global Edition, Training and support for digital products. Chapter 5: Older devices like CRT and CD-ROMs have been removed, while new technology, like touch screens have been added. You have successfully signed out and will be required to sign back in should you need to download more resources. The clear and concise diagrams and tables make it interesting to read the book. Available. Tanenbaum also provides information on current research based on his experience as an operating systems researcher. The book is suitable for beginners as well as intermediate students. It covers the important topics of virtualization and the cloud. Chapter 3: More focus on modern hardware and less emphasis on segmentation and Multics. 13.2    INTERFACE DESIGN    13.2.1  Guiding Principles    13.2.2  Paradigms    13.2.3  The System Call Interface    13.3    IMPLEMENTATION    13.3.1  System Structure    13.3.2  Mechanism versus Policy    13.3.3  Orthogonality    13.3.4  Naming    13.3.5  Binding Time    13.3.6  Static versus Dynamic Structures    13.3.7  Top-Down versus Bottom-Up Implementation    13.3.8  Useful Techniques    13.4    PERFORMANCE    13.4.1  Why Are Operating Systems Slow? By continuing, you're agreeing to our use of cookies. 13 from the previous edition. 9.2.2  Trusted Computing Base    9.3    CONTROLLING ACCESS TO RESOURCES    9.3.1  Protection Domains    9.3.2  Access Control Lists    9.3.3  Capabilities    9.4    FORMAL MODELS OF SECURE SYSTEMS    9.4.1  Multilevel Security    9.4.2  Covert Channels    9.5    BASICS OF CRYPTOGRAPHY    9.5.1  Secret-Key Cryptography    9.5.2  Public-Key Cryptography    9.5.3  One-Way Functions    9.5.4  Digital Signatures    9.5.5  Trusted Platform Module    9.6    AUTHENTICATION    9.6.1  Authentication Using a Physical Object    9.6.2  Authentication Using Biometrics    9.7    EXPLOITING SOFTWARE    9.7.1  Buffer Overflow Attacks    9.7.2  Format String Attacks    9.7.3  Dangling Pointers    9.7.4  Null Pointer Dereference Attacks    9.7.5  Integer Overflow Attacks    9.7.6  Command Injection Attacks    9.7.7  Time of Check to Time of Use (TOCTOU) Attacks    9.8    INSIDER ATTACKS    9.8.1  Logic Bombs    9.8.2  Back Doors    9.8.3  Login Spoofing    9.9    MALWARE    9.9.1  Trojan Horses    9.9.2  Viruses    9.9.3  Worms    9.9.4  Spyware    9.9.5  Rootkits    9.10    DEFENSES    9.10.1  Firewalls    9.10.2  Antivirus and Anti-Antivirus Techniques    9.10.3  Code Signing    9.10.4  Jailing    9.10.5  Model-Based Intrusion Detection    9.10.6  Encapsulating Mobile Code    9.10.7  Java Security    9.11    RESEARCH ON SECURITY    9.12    SUMMARYCHAPTER 10 "CASE STUDY 1: UNIX, LINUX, AND ANDROID"    10.1    HISTORY OF UNIX AND LINUX    10.1.1  UNICS    10.1.2  PDP-11 UNIX    10.1.3  Portable UNIX    10.1.4  Berkeley UNIX    10.1.5  Standard UNIX    10.1.6  MINIX    10.1.7  Linux    10.2    OVERVIEW OF LINUX    10.2.1  Linux Goals    10.2.2  Interfaces to Linux    10.2.3  The Shell    10.2.4  Linux Utility Programs    10.2.5  Kernel Structure    10.3    PROCESSES IN LINUX    10.3.1  Fundamental Concepts    10.3.2  Process Management System Calls in Linux    10.3.3  Implementation of Processes and Threads in Linux    10.3.4  Scheduling in Linux    10.3.5  Booting Linux    10.4    MEMORY MANAGEMENT IN LINUX    10.4.1  Fundamental Concepts    10.4.2  Memory Management System Calls in Linux    10.4.3  Implementation of Memory Management in Linux    10.4.4  Paging in Linux    10.5    INPUT/OUTPUT IN LINUX    10.5.1  Fundamental Concepts    10.5.2  Networking    10.5.3  Input/Output System Calls in Linux    10.5.4  Implementation of Input/Output in Linux    10.5.5  Modules in Linux    10.6    THE LINUX FILE SYSTEM    10.6.1  Fundamental Concepts    10.6.2  File System Calls in Linux    10.6.3  Implementation of the Linux File System    10.6.4  NFS: The Network File System    10.7    SECURITY IN LINUX    10.7.1  Fundamental Concepts    10.7.2  Security System Calls in Linux    10.7.3  Implementation of Security in Linux    10.8    ANDROID    10.9    SUMMARYCHAPTER 11 "CASE STUDY 2: WINDOWS 8"    11.1    HISTORY OF WINDOWS THROUGH WINDOWS 8.1    11.1.1  1980s: MS-DOS    11.1.2  1990s: MS-DOS-based Windows    11.1.3  2000s: NT-based Windows    11.1.4  Windows Vista    11.1.5  2010s: Modern Windows    11.2    PROGRAMMING WINDOWS    11.2.1  The Native NT Application Programming Interface    11.2.2  The Win32 Application Programming Interface    11.2.3  The Windows Registry    11.3    SYSTEM STRUCTURE    11.3.1  Operating System Structure    11.3.2  Booting Windows    11.3.3  Implementation of the Object Manager    11.3.4  Subsystems, DLLs, and User-Mode Services    11.4    PROCESSES AND THREADS IN WINDOWS    11.4.1  Fundamental Concepts    11.4.2  Job, Process, Thread, and Fiber Management API Calls    11.4.3  Implementation of Processes and Threads    11.5    MEMORY MANAGEMENT    11.5.1  Fundamental Concepts    11.5.2  Memory Management System Calls    11.5.3  Implementation of Memory Management    11.6    CACHING IN WINDOWS    11.7    INPUT/OUTPUT IN WINDOWS    11.7.1  Fundamental Concepts    11.7.2  Input/Output API Calls    11.7.3  Implementation of I/O    11.8    THE WINDOWS NT FILE SYSTEM    11.8.1  Fundamental Concepts    11.8.2  Implementation of the NT File System    11.9    WINDOWS POWER MANAGEMENT    11.10    SECURITY IN WINDOWS 8    11.10.1  Fundamental Concepts    11.10.2  Security API Calls    11.10.3  Implementation of Security    11.10.4  Security Mitigations    11.11    SUMMARYCHAPTER 13 "OPERATING SYSTEM DESIGN"    13.1    THE NATURE OF THE DESIGN PROBLEM    13.1.1  Goals    13.1.2  Why Is It Hard to Design an Operating System?

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