Software defined networks: a comprehensive approach
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| Hauptverfasser: | , , |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Amsterdam ; Boston ; Heidelberg ; London ; New York ; Oxford ; Paris ; San Diego ; San Francisco ; Singapore ; Sydney ; Tokyo
Morgan Kaufmann
[2017]
|
| Ausgabe: | Second edition |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | Illustrationen, Diagramme |
| ISBN: | 9780128045794 0128045795 9780128045558 |
Internformat
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Datensatz im Suchindex
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| adam_text |
Software Defined Networks
A Comprehensive Approach
Second Edition
Paul Göransson
Chuck Black
Timothy Culver
AMSTERDAM • BOSTON • HEIDELBERG • LONDON
NEW YORK • OXFORD • PARIS • SAN DIEGO
SAN FRANCISCO • SINGAPORE • SYDNEY • TOKYO
Morgan Kaufmann is an imprint of Elsevier
ELSEVIER
Contents
About the Authors ‘ xix
Foreword xxi
Preface xxiii
Acknowledgments xxv
CHAPTER 1 Introduction 1
1 1 Basic Packet Switching Terminology 2
1 2 Historical Background 4
1 3 The Modern Data Center 5
1 4 Traditional Switch Architecture 7
141 Data, Control, and Management Planes 7
142 Software-Based Routing and Bridging 9
143 Hardware Look-Up of Forwarding Tables 9
144 Generically Programmable Forwarding Rules 10
1 5 Autonomous and Dynamic Forwarding Tables 11
151 Layer Two Control 12
152 Layer Three Control 13
153 Protocol Soup or (S)witch’s Brew? 14
1 6 Can We Increase the Packet Forwarding IQ? 17
1 7 Open Source and Technological Shifts 19
1 8 Organization of the Book 20
References 21
CHAPTER 2 Why SDN? 23
2 1 Evolution of Switches and Control Planes 23
211 Simple Forwarding and Routing Using Software 23
212 Independence and Autonomy in Early Devices 23
213 Software Moves Into Silicon 26
214 Hardware Forwarding and Control in Software 26
215 The Growing Need for Simplification 27
216 Moving Control Off of the Device 28
2 2 Cost 28
221 Increased Cost of Development 28
222 Closed Environments Encourage Vendor Lock-in 29
223 Complexity and Resistance to Change 30
224 Increased Cost of Operating the Network 30
2 3 SDN Implications for Research and Innovation 30
vii
viii Contents
231 Status Quo Benefits Incumbent Vendors 31
232 SDN Promotes Research and Innovation 31
2 4 Data Center Innovation 32
241 Compute and Storage Virtualization 32
242 Inadequacies in Networks Today 33
2 5 Data Center Needs 35
251 Automation 35
252 Scalability 35
253 Multipathing 35
254 Multitenancy 36
255 Network Virtualization 36
2 6 Conclusion 37
References 37
CHAPTER 3 Genesis of SDN 39
3 1 The Evolution of Networking Technology 39
311 Mainframe Networking: Remote Terminals 39
312 Peer-to-Peer Point-to-Point Connections 40
313 Local Area Networks 40
314 Bridged Networks 41
315 Routed Networks 41
3 2 Forerunners of SDN 42
321 Early Efforts 43
322 Network Access Control 43
323 Orchestration 44
324 Virtualization Manager Network Plug-ins 46
325 ForCES: Separation of Forwarding and Control Planes 48
326 4D: Centralized Network Control 49
327 Ethane: Controller-Based Network Policy 51
3 3 Legacy Mechanisms Evolve Toward SDN 52
3 4 Software Defined Networking is Born 52
341 The Birth of OpenFlow 52
342 Open Networking Foundation 54
3 5 Sustaining SDN Interoperability 54
3 6 Open Source Contributions 56
361 The Power of the Collective 56
362 The Danger of the Collective 57
363 Open Source Contributions to SDN 57
3 7 Network Virtualization 58
3 8 May I Please Call My Network SDN? 58
3 9 Conclusion 59
References 59
Contents
ix
CHAPTER 4 How SDN Works 61
4 1 Fundamental Characteristics of SDN 61
411 Plane Separation 61
412 Simple Device and Centralized Control 62
413 Network Automation and Virtualization 62
414 Openness 63
4 2 SDN Operation 64
4 3 SDN Devices 66
431 Flow Tables 68
432 SDN Software Switches 68
433 Hardware SDN Devices 69
434 Existing SDN Device Implementations 71
435 Scaling the Number of Flows 71
4 4 SDN Controller 71
441 SDN Controller Core Modules 72
442 SDN Controller Interfaces 73
443 Existing SDN Controller Implementations 74
444 Potential Issues With the SDN Controller 75
4 5 SDN Applications 76
451 SDN Application Responsibilities 77
4 6 Alternate SDN Methods 77
461 SDN via APIs 78
462 Benefits and Limitations of SDN via APIs 83
463 SDN via Hypervisor-Based Overlay Networks 84
4 7 Conclusion 87
References 87
CHAPTER 5 The OpenFlow Specification 89
5 1 Chapter-Specific Terminology 89
5 2 OpenFlow Overview 90
521 The OpenFlow Switch 91
522 The OpenFlow Controller 92
523 The OpenFlow Protocol 93
524 The Controller-Switch Secure Channel 94
5 3 OpenFlow 1 0 and OpenFlow Basics 95
531 Ports and Port Queues ’ 95
532 Flow Table 95
533 Packet Matching 95
534 Actions and Packet Forwarding 97
535 Messaging Between Controller and Switch 100
536 Example: Controller Programming Flow Table 103
X
Contents
537 Example: Basic Packet Forwarding 105
538 Example: Switch Forwarding Packet to Controller 105
5 4 OpenFlow 1 1 Additions 107
541 Multiple Flow Tables 107
542 Groups 110
543 MPLS and VLAN Tag Support 111
544 Virtual Ports 111
545 Controller Connection Failure 112
546 Example: Forwarding With Multiple Flow Tables 113
547 Example: Multicast Using V11 Groups 113
5 5 OpenFlow 1 2 Additions 113
551 Extensible Match Support 113
552 Extensible SET_FIELD Packet Rewriting Support 116
553 Extensible Context Expression in PACKETJN 116
554 Multiple Controllers 117
555 Example: Bridging VLANs Through SP Networks 117
5 6 OpenFlow 1 3 Additions 118
561 Refactor Capabilities Negotiation 118
562 More Flexible Table-Miss Support 119
563 Per Flow Meters 120
564 Per Connection Event Filtering 121
565 Auxiliary Connections 121
566 Cookies in PACKET-IN 122
567 Provider Backbone Bridging Tagging 123
568 Example: Enforcing QoS via Meter Bands 124
5 7 OpenFlow 1 4 Additions 125
571 Bundles 125
572 Eviction and Vacancy Events 126
573 Enhanced Support for Multiple Controllers 126
574 Optical Port Support 127
575 Flow Table Synchronization 127
5 8 OpenFlow 1 5 Additions 127
581 Enhanced L4-L7 Support 127
582 Pipeline Processing Enhancements 128
583 Egress Tables 128
584 Fitness for Carrier Use 129
585 Bundle Enhancements 129
586 Enhanced Support for Multiple Controllers 129
587 Enhanced Support for Tunnels 129
588 Enhancements to Flow Entry Statistics 130
589 Summary 130
Contents
XI
5 9 Improving OpenFlow Interoperability 130
591 Table Type Patterns 130
592 Flow Objectives 131
5 10 Optical Transport Protocol Extensions 131
5 10 1 Match/Action Support 132
5 10 2 Optical Port Attribute Support 133
5 10 3 Adjacency Discovery 133
5 10 4 Future Work Needed 133
5 11 OpenFlow Limitations 134
5 12 Conclusion 134
References 135
CHAPTER 6 Alternative Definitions of SDN 137
6 1 Potential Drawbacks of Open SDN 137
611 Too Much Change, Too Quickly 138
612 Single Point of Failure 139
613 Performance and Scale 143
614 Deep Packet Inspection 145
615 Stateful Flow Awareness 147
616 Summary 149
6 2 SDN via APIs 149
621 Legacy APIs in Network Devices 150
622 NETCONF/YANG 151
623 BGP-LS/PCE-P 152
624 REST 152
625 Examples of SDN via APIs 153
626 Ranking SDN via APIs 154
6 3 SDN via Hypervisor-Based Overlays 155
631 Overlay Controller 156
632 Overlay Operation 156
633 Examples of SDN via Hypervisor-Based Overlays 157
634 Ranking SDN via Hypervisor-Based Overlays 158
6 4 SDN via Opening Up the Device 160
6 5 Network Functions Virtualization 162
6 6 Alternatives Overlap and Ranking 163
6 7 Conclusion * 164
References 164
CHAPTER 7 Emerging Protocol, Controller, and Application Models 167
7 1 Expanded Definitions of SDN 167
711 Impact of Major NEMs in the SDN Arena 167
712 Network Management Versus SDN 168
xii Contents
713 Benefits of Network Management-Based SDN 169
714 Limitations of Network Management-Based SDN 169
7 2 Additional SDN Protocol Models 170
721 Using Existing Protocols to Create SDN Solutions 170
722 Using the NETCONF Protocol for SDN 172
723 Using the BGP Protocol for SDN 174
724 Using the BGP-LS Protocol for SDN 175
725 Using the PCE-P Protocol for SDN 176
726 Using the MPLS Protocol for SDN 176
7 3 Additional SDN Controller Models 177
731 Controllers With Multiple Southbound Plugins 177
732 Controllers With Model-Driven Internal Design 178
733 Controllers Targeting Service Provider Solutions 179
734 Controllers Built for Scalability 180
735 Controllers Built for Intents-Based Applications 182
7 4 Additional Application Models 183
741 Proactive Application Focus 183
742 Declarative Application Focus 185
743 External Application Focus 185
7 5 New Approaches to SDN Security 186
751 Security Aspects of Reactive Applications 186
752 Security for Network Management Applications 187
753 Security Benefits of External Applications 187
7 6 The P4 Programming Language 188
7 7 Conclusion 188
References 189
CHAPTER 8 SDN in the Data Center 191
8 1 Data Center Definition 191
8 2 Data Center Demands 193
821 Overcoming Current Network Limitations 193
822 Adding, Moving, and Deleting Resources 196
823 Failure Recovery 196
824 Multitenancy 197
825 Traffic Engineering and Path Efficiency 197
8 3 Tunneling Technologies for the Data Center 198
831 Virtual extensible Local Area Network 199
832 Network Virtualization Using GRE 200
833 Stateless Transport Tunneling 201
8 4 Path Technologies in the Data Center 202
841 General Multipath Routing Issues 202
842 Multiple Spanning Tree Protocol 202
Contents xiii
843 Shortest Path Bridging 203
844 Equal-Cost Multipath 204
845 SDN and Shortest-Path Complexity 204
8 5 Ethernet Fabrics in the Data Center 205
8 6 SDN Use Cases in the Data Center 206
861 Overcoming Current Network Limitations 207
862 Adding, Moving, and Changing Resources 208
863 Failure Recovery 209
864 Multitenancy 210
865 Traffic Engineering and Path Efficiency 210
8 7 Comparison of Open SDN, Overlays, and APIs 212
8 8 Real-World Data Center Implementations 214
8 9 Conclusion 214
References 215
CHAPTER 9 SDN in Other Environments 217
Consistent Policy Configuration 217
Global Network View 219
9 1 Wide Area Networks 220
911 SDN Applied to the WAN 220
912 Example: MPLS LSPs in the Google WAN 221
9 2 Service Provider and Carrier Networks 223
921 SDN Applied to SP and Carrier Networks 225
922 Example: MPLS-TE and MPLS VPNs 225
923 Example: Cloud Bursting With Service Providers 226
9 3 Campus Networks 227
931 SDN on Campus: Application of Policy 228
932 SDN on Campus: Device and User Security 228
933 SDN on Campus: Traffic Suppression 230
9 4 Hospitality Networks 233
9 5 Mobile Networks 233
951 SDN Applied to Mobile Networks 233
9 6 Optical Networks 235
961 SDN Applied to Optical Networks 236
962 Example: Fujitsu’s Use of SDN in Optical Networks 237
9 7 SDN vs P2P/Overlay Networks x 238
9 8 Conclusion 239
References 239
CHAPTER 10 Network Functions Virtualization 241
10 1 Definition of NFV 241
10 2 What Can We Virtualize? 243
xiv Contents
10 3 Standards 244
10 4 OPNFV 244
10 5 Leading NFV Vendors 246
* 10 6 SDN vs NFV 246
10 6 1 When Should NFV Be Used With SDN? 247
10 7 In-Line Network Functions 247
10 7 1 SDN Applied to Server Load-Balancing 249
10 7 2 SDN Applied to Firewalls 250
10 7 3 SDN Applied to Intrusion Detection 250
10 8 Conclusion 251
References 252
CHAPTER 11 Players in the SDN Ecosystem 253
11 1 Academic Research Institutions 253
11 1 1 Key Contributors to SDN From Academia 255
11 2 Industry Research Labs 256
I13 Network Equipment Manufacturers 256
II 4 Software Vendors 258
11 5 White-Box Switches 260
11 6 Merchant Silicon Vendors 261
11 7 Original Device Manufacturers 262
11 8 Cloud Services and Service Providers 262
11 9 Standards Bodies and Industry Alliances 263
11 9 1 Open Networking Foundation 265
11 9 2 OpenDaylight 265
11 9 3 ONOS 265
11 9 4 OpenStack 266
11 9 5 OpenSwitch 267
11 9 6 The Open Source SDN Community 267
11 9 7 IETF 268
11 10 Conclusion 268
References 268
CHAPTER 12 SDN Applications 271
12 1 Terminology 271
12 2 Before You Begin 272
12 3 Application Types 273
12 3 1 Reactive vs Proactive Applications 273
12 3 2 Internal vs External Applications 274
12 3 3 Details: Reactive SDN Applications 275
12 3 4 Details: Proactive SDN Applications 277
12 3 5 Details: Internal SDN Applications 279
12 3 6 Details: External SDN Applications 280
Contents
xv
12 4 A Brief History of SDN Controllers 281
12 5 Using Floodlight for Training Purposes 281
12 6 A Simple Reactive Java Application 282
12 6 1 Blacklisting Hostnames 282
12 6 2 Blacklisting IP Addresses 283
12 6 3 Blacklist: Listeners 284
12 6 4 Blacklist: Packet Handlers 286
12 6 5 Blacklist: Flow Management 288
12 7 Controller Considerations 291
12 7 1 OpenDaylight 291
12 7 2 ONOS 292
12 8 Network Device Considerations 292
12 8 1 OpenFlow Device Considerations 293
12 8 2 Non-OpenFlow Device Considerations 294
12 9 Creating Network Virtualization Tunnels 295
12 10 Offloading Flows in the Data Center 296
12 11 Access Control for the Campus 297
12 12 Traffic Engineering for Service Providers 299
12 13 Conclusion 300
References 301
CHAPTER 13 SDN Open Source 303
13 1 SDN Open Source Landscape 303
13 2 The OpenFlow Open Source Environment 303
13 3 Chapter-Specific Terminology 305
13 4 Open Source Licensing Issues 305
13 5 Profiles of SDN Open Source Users 307
13 6 OpenFlow Source Code 309
13 7 Switch Implementations 310
13 8 Controller Implementations 312
13 8 1 Historical Background 312
13 8 2 OpenDaylight 314
13 8 3 ONOS 315
13 9 SDN Applications 316
13 9 1 Open Source SDN Community Projects 317
13 10 Orchestration and Network Virtualization ? 318
13 11 Simulation, Testing, and Tools 319
13 12 Open Source Cloud Software 320
13 12 1 OpenStack 320
13 12 2 CloudStack 322
13 13 Example: Applying SDN Open Source 322
13 14 Conclusion 325
References 325
xvi Contents
CHAPTER 14 Business Ramifications 327
14 1 Everything as a Service 327
14 2 Market Sizing 328
* 14 3 Classifying SDN Vendors 329
14 3 1 Server Virtualization Incumbents and SDN 329
14 3 2 Value-Added Resellers 329
14 4 Impact on Incumbent NEMs 330
14 4 1 Protect Market Share 330
14 4 2 Innovate a Little 331
14 5 Impact on Enterprise Consumers 332
14 5 1 Reduced Equipment Costs 332
14 5 2 Avoiding Chaos 333
14 6 Turmoil in the Networking Industry 333
14 6 1 Fewer and Fewer Large NEMs 333
14 6 2 Migration to Cloud Computing 334
14 6 3 Channel Dynamics 334
14 7 Venture Capital 335
14 8 Major SDN Acquisitions 335
14 8 1 VMware 336
14 8 2 Juniper 338
14 8 3 Brocade 338
14 8 4 Cisco 338
14 8 5 Hewlett-Packard 340
14 8 6 Ciena 340
14 8 7 Cradlepoint 340
14 9 SDN Startups 340
14 9 1 OpenFlow Stalwarts 341
14 9 2 Non-OpenFlow White-Box Ventures 344
14 9 3 An OpenFlow ASIC? 344
14 9 4 Data Center Network Virtualization 344
14 9 5 WAN Network Virtualization: SD-WAN 345
14 9 6 Network Functions Virtualization 346
14 9 7 Optical Switching 347
14 9 8 Mobility and SDN at the Network Edge 347
14 10 Career Disruptions 347
14 11 Conclusion 349
References 349
CHAPTER 15 SDN Futures 353
15 1 Current State of Affairs 353
15 2 SD-WAN 355
15 3 Potential Novel Applications of Open SDN 360
Contents xvii
15 3 1 Managing Nontraditional Physical Layers Links 360
15 3 2 Applying Programming Techniques to Networks 361
15 3 3 Security Applications 364
15 3 4 Roaming in Mobile Networks 366
15 3 5 Traffic Engineering in Mobile Networks 367
15 3 6 Energy Savings 369
15 3 7 SDN-Enabled Switching Chips 370
15 4 Conclusion 371
References 372
Appendix A Acronyms and Abbreviations 375
Appendix B Blacklist Application 381 |
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| publisher | Morgan Kaufmann |
| record_format | marc |
| spelling | Göransson, Paul Verfasser (DE-588)1054656878 aut Software defined networks a comprehensive approach Paul Göransson, Chuck Black, Timothy Culver Second edition Amsterdam ; Boston ; Heidelberg ; London ; New York ; Oxford ; Paris ; San Diego ; San Francisco ; Singapore ; Sydney ; Tokyo Morgan Kaufmann [2017] 2017 Illustrationen, Diagramme txt rdacontent n rdamedia nc rdacarrier Literaturangaben Software-defined networking (Computer network technology) Rechnernetz (DE-588)4070085-9 gnd rswk-swf Software-defined networking (DE-588)1066407088 gnd rswk-swf Rechnernetz (DE-588)4070085-9 s DE-604 Software-defined networking (DE-588)1066407088 s 1\p DE-604 Black, Chuck (DE-588)1054657955 aut Culver, Timothy (DE-588)1124099492 aut Erscheint auch als Online-Ausgabe 978-0-12-804555-8 HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029886424&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Göransson, Paul Black, Chuck Culver, Timothy Software defined networks a comprehensive approach Software-defined networking (Computer network technology) Rechnernetz (DE-588)4070085-9 gnd Software-defined networking (DE-588)1066407088 gnd |
| subject_GND | (DE-588)4070085-9 (DE-588)1066407088 |
| title | Software defined networks a comprehensive approach |
| title_auth | Software defined networks a comprehensive approach |
| title_exact_search | Software defined networks a comprehensive approach |
| title_full | Software defined networks a comprehensive approach Paul Göransson, Chuck Black, Timothy Culver |
| title_fullStr | Software defined networks a comprehensive approach Paul Göransson, Chuck Black, Timothy Culver |
| title_full_unstemmed | Software defined networks a comprehensive approach Paul Göransson, Chuck Black, Timothy Culver |
| title_short | Software defined networks |
| title_sort | software defined networks a comprehensive approach |
| title_sub | a comprehensive approach |
| topic | Software-defined networking (Computer network technology) Rechnernetz (DE-588)4070085-9 gnd Software-defined networking (DE-588)1066407088 gnd |
| topic_facet | Software-defined networking (Computer network technology) Rechnernetz Software-defined networking |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029886424&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT goranssonpaul softwaredefinednetworksacomprehensiveapproach AT blackchuck softwaredefinednetworksacomprehensiveapproach AT culvertimothy softwaredefinednetworksacomprehensiveapproach |