Operating system concepts:
Gespeichert in:
| Beteiligte Personen: | , , |
|---|---|
| Format: | Buch |
| Sprache: | Englisch |
| Veröffentlicht: |
Hoboken, NJ
Wiley
[2019]
|
| Ausgabe: | [Tenth edition] global edition |
| Schlagwörter: | |
| Links: | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=031580333&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| Umfang: | xxi, 864 Seiten Illustrationen, Diagramme |
| ISBN: | 9781119454083 |
Internformat
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| adam_text |
Global Edition
ABRAHAM SILBERSCHATZ
Yale University
PETER BAER GALVIN
Pluribus Networks
GREG GAGNE
Westminster College
ULB Darmstadt
20386673
Co/?fe/?fs
PART ONE ■ OVERVIEW
Chapter 1 Introduction
1 1 What Operating Systems Do 4
1 2 Computer-System Organization 7
1 3 Computer-System Architecture 15
1 4 Operating-System Operations 21
1 5 Resource Management 27
1 6 Security and Protection 33
1 7 Virtualization 34
1 8 Distributed Systems 35
1 9 Kernel Data Structures 36
1 10 Computing Environments 40
1 11 Free and Open-Source Operating
Systems 46
1 12 Summary 51
Exercises 53
Further Reading 57
Chapter 2 Operating-System Structures
2 1 Operating-System Services 59
2 2 User and Operating-System
Interface 62
2 3 System Calls 66
2 4 System Services 78
2 5 Linkers and Loaders 79
2 6 Why Applications Are
Operating-System Specific 81
2 7 Operating-System Design and
Implementation 83
2 8 Operating-System Structure 85
2 9 Building and Booting an Operating
System 95
2 10 Operating-System Debugging 99
2 11 Summary 104
Exercises 105
Further Reading 107
xvu
xviii Contents
PART TWO ■ PROCESS MANAGEMENT
Chapter 3 Processes
3 1 Process Concept 112
3 2 Process Scheduling 116
3 3 Operations on Processes 122
3 4 Interprocess Communication 129
3 5 IPC in Shared-Memory Systems 131
3 6 IPC in Message-Passing Systems 133
3 7 Examples of IPC Systems 138
3 8 Communication in Client-
Server Systems 151
3 9 Summary 159
Exercises 161
Further Reading 166
Chapter 4 Threads amp; Concurrency
4 1 Overview 168
4 2 Multicore Programming 170
4 3 Multithreading Models 174
4 4 Thread Libraries 176
4 5 Implicit Threading 184
Chapter 5 CPU Scheduling
5 1 Basic Concepts 212
5 2 Scheduling Criteria 216
5 3 Scheduling Algorithms 217
5 4 Thread Scheduling 229
5 5 Multi-Processor Scheduling 232
5 6 Real-Time CPU Scheduling 239
4 6 Threading Issues 196
4 7 Operating-System Examples 202
4 8 Summary 204
Exercises 205
Further Reading 208
5 7 Operating-System Examples 246
5 8 Algorithm Evaluation 256
5 9 Summary 262
Exercises 263
Further Reading 270
PART THREE ■ PROCESS SYNCHRONIZATION
Chapter 6 Synchronization Tools
6 1 Background 273 6 7 Monitors 292
6 2 The Critical-Section Problem 276 6 8 Liveness 299
6 3 Peterson's Solution 278
6 4 Hardware Support for
Synchronization 281
6 5 Mutex Locks 286
6 6 Semaphores 288
6 9 Evaluation 300
6 10 Summary 302
Exercises 303
Further Reading 309
Chapter 7 Synchronization Examples
7 1 Classic Problems of 7 5 Alternative Approaches 333
Synchronization 311 7 6 Summary 336
7 2 Synchronization within the Kemel 317 Exercises 336
7 3 POSIX Synchronization 321 Further Reading 338
7 4 Synchronization in Java 325
Contents
Chapter 8 Deadlocks
8 1 System Model 342
8 2 Deadlock in Multithreaded
Applications 343
8 3 Deadlock Characterization 345
8 4 Methods for Handling Deadlocks
8 5 Deadlock Prevention 351
8 6 Deadlock Avoidance 354
8 7 Deadlock Detection 361
8 8 Recovery from Deadlock 365
8 9 Summary 367
350 Exercises 368
Further Reading 374
PART FOUR ■ MEMORY MANAGEMENT
Chapter 9 Main Memory
9 1 Background 379
9 2 Contiguous Memory Allocation 386
9 3 Paging 390
9 4 Structure of the Page Table 401
9 5 Swapping 406
Chapter 10 Virtual Memory
10 1 Background 421
10 2 Demand Paging 424
10 3 Copy-on-Write 431
10 4 Page Replacement 433
10 5 Allocation of Frames 445
10 6 Thrashing 451
10 7 Memory Compression 457
9 6 Example: Intel 32- and 64-bit
Architectures 409
9 7 Example: ARMv8 Architecture 413
9 8 Summary 414
Exercises 415
Further Reading 420
10 8 Allocating Kernel Memory 458
10 9 Other Considerations 462
10 10 Operating-System Examples 468
10 11 Summary 472
Exercises 473
Further Reading 482
PART FIVE ■ STORAGE MANAGEMENT
Chapter 11 Mass-Storage Structure
11 1 Overview of Mass-Storage
Structure 485
11 2 HDD Scheduling 493
11 3 NVM Scheduling 497
11 4 Error Detection and Correction 498
11 5 Storage Device Management 499
11 6 Swap-Space Management 503
11 7 Storage Attachment 505
11 8 RAID Structure 509
11 9 Summary 521
Exercises 522
Further Reading 527
XX
Contents
Chapter 12 I/O Systems
12 1 Overview 529
12 2 I/O Hardware 530
12 3 Application I/O Interface 540
12 4 Kemel I/O Subsystem 548
12 5 Transforming I/O Requests to
Hardware Operations 556
12 6 STREAMS 559
12 7 Performance 561
12 8 Summary 564
Exercises 565
Further Reading 567
PARTSIX ■ FILESYSTEM
Chapter 13 File-System Interface
13 1 File Concept 571
13 2 Access Methods 581
13 3 Directory Structure 583
13 4 Protection 592
13 5 Memory-Mapped Files 597
13 6 Summary 602
Exercises 602
Further Reading 606
Chapter 14 File-System Implementation
14 1 File-System Structure 608
14 2 File-System Operations 610
14 3 Directory Implementation 612
14 4 Allocation Methods 614
14 5 Free-Space Management 622
14 6 Efficiency and Performance 626
14 7 Recovery 630
14 8 Example: The WAFL File System 633
14 9 Summary' 637
Exercises 638
Further Reading 640
Chapter 15 File-System Internals
15 1 FileSystems 643
15 2 File-System Mounting 644
15 3 Partitions and Mounting 647
15 4 File Sharing 648
15 5 Virtual File Systems 649
15 6 Remote File Systems 651
15 7 Consistency Semantics 654
15 8 NFS 656
15 9 Summary' 661
Exercises 662
Further Reading 664
PART SEVEN ■ SECURITY AND PROTECTION
Chapter 16 Security
16 1 The Security Problem 669
16 2 Program Threats 673
16 3 System and Network Threats 682
16 4 Cryptography as a Security Tool 685
16 5 User Authentication 696
16 6 Implementing Security'Defenses 701
16 7 An Example: Windows 10 710
16 8 Summary 712
Exercises 713
Further Reading 714
Contents
xxi
Chapter 17 Protection
17 1 Goals of Protection 717
17 2 Principles of Protection 718
17 3 Protection Rings 719
17 4 Domain of Protection 721
17 5 Access Matrix 725
17 6 Implementation of the Access
Matrix 729
17 7 Revocation of Access Rights 732
17 8 Role-Based Access Control 733
17 9 Mandatory Access Control
(MAC) 734
17 10 Capability-Based Systems 735
17 11 Other Protection Improvement
Methods 737
17 12 Language-Based Protection 740
17 13 Summary 746
Exercises 747
Further Reading 749
PART EIGHT ■ ADVANCED TOPICS
Chapter 18 Virtual Machines
18 1 Overview 753 18 6 Virtualization and Operating-System
18 2 History 755 Components 771
18 3 Benefits and Features 756 18 7 Examples 778
18 4 Building Blocks 759 18 8 Virtualization Research 780
18 5 Types of VMs and Their 18 9 Summary 781
Implementations 765 Exercises 782
Further Reading 783
Chapter 19 Networks and Distributed Systems
19 1 Advantages of Distributed 19 6 Distributed File Systems 809
Systems 785 19 7 DFS Naming and Transparency 813
19 2 Network Structure 787 19 8 Remote File Access 816
19 3 Communication Structure 790 19 9 Final Thoughts on Distributed File
19 4 Network and Distributed Operating Systems 819
Systems 801 19 10 Summary 820
19 5 Design Issues in Distributed Exercises 821
Systems 805 Further Reading 825
Credits 827 |
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| title | Operating system concepts |
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| title_auth | Operating system concepts |
| title_exact_search | Operating system concepts |
| title_full | Operating system concepts Abraham Silberschatz (Yale University), Peter Baer Galvin (Pluribus Networks), Greg Gagne (Westminster College) |
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| title_full_unstemmed | Operating system concepts Abraham Silberschatz (Yale University), Peter Baer Galvin (Pluribus Networks), Greg Gagne (Westminster College) |
| title_short | Operating system concepts |
| title_sort | operating system concepts |
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