分布式操作系统

1 (p0-1): 1 INTRODUCTION TO DISTRIBUTED SYSTEMS
2 (p0-2): 1.1 WHAT IS A DISTRIBUTED SYSTEM?
3 (p0-3): 1.2 GOALS
3 (p0-4): 1.2.1 Advantages of Distributed Systems over Centralized Systems
6 (p0-5): 1.2.2 Advantages of Distributed Systems over Independent PCs
6 (p0-6): 1.2.3 Disadvantages of Distributed Systems
8 (p0-7): 1.3 HARDWARE CONCEPTS
10 (p0-8): 1.3.1 Bus-Based Multiprocessors
12 (p0-9): 1.3.2 Switched Multiprocessors
13 (p0-10): 1.3.3 Bus-Based Multicomputers
14 (p0-11): 1.3.4 Switched Multicomputers
15 (p0-12): 1.4 SOFTWARE CONCEPTS
16 (p0-13): 1.4.1 Network Operating Systems
16 (p0-14): Contents
16 (p0-15): PREFACE
18 (p0-16): 1.4.2 True Distributed Systems
20 (p0-17): 1.4.3 Multiprocessor Timesharing Systems
22 (p0-18): 1.5.1 Transparency
22 (p0-19): 1.5 DESIGN ISSUES
25 (p0-20): 1.5.2 Flexibility
27 (p0-21): 1.5.3 Reliability
28 (p0-22): 1.5.4 Performance
29 (p0-23): 1.5.5 Scalability
31 (p0-24): 1.6 SUMMARY
34 (p0-25): 2 COMMUNICATION IN DISTRIBUTED SYSTEMS
35 (p0-26): 2.1 LAYERED PROTOCOLS
38 (p0-27): 2.1.2 The Data Link Layer
38 (p0-28): 2.1.1 The Physical Layer
40 (p0-29): 2.1.3 The Network Layer
40 (p0-30): 2.1.4 The Transport Layer
41 (p0-31): 2.1.5 The Session Layer
41 (p0-32): 2.1.6 The Presentation Layer
42 (p0-33): 2.1.7 The Application Layer
42 (p0-34): 2.2 ASYNCHRONOUS TRANSFER MODE NETWORKS
42 (p0-35): 2.2.1 What Is Asynchronous Transfer Mode?
44 (p0-36): 2.2.2 The ATM Physical Layer
45 (p0-37): 2.2.3 The ATM Layer
46 (p0-38): 2.2.4 The ATM Adaptation Layer
47 (p0-39): 2.2.5 ATM Switching
49 (p0-40): 2.2.6 Some Implications of ATM for Distributed Systems
50 (p0-41): 2.3 THE CLIENT-SERVER MODEL
51 (p0-42): 2.3.1 Clients and Servers
52 (p0-43): 2.3.2 An Example Client and Server
56 (p0-44): 2.3.3 Addressing
58 (p0-45): 2.3.4 Blocking versus Nonblocking Primitives
61 (p0-46): 2.3.5 Buffered versus Unbuffered Primitives
63 (p0-47): 2.3.6 Reliable versus Unreliable Primitives
65 (p0-48): 2.3.7 Implementing the Client-Server Model
68 (p0-49): 2.4…