High performance TCP/IP networking: concepts, issues, and solutions
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Upper Saddle River, NJ
Pearson/Prentice Hall
2004
|
| Edition: | Internat. ed. |
| Series: | An Alan R. Apt book
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Includes bibliographical references and index |
| Physical Description: | XX, 383 S. graph. Darst. |
| ISBN: | 0131272578 |
Staff View
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Record in the Search Index
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| adam_text | HIGH PERFORMANCE TCP/IP NETWORKING CONCEPTS, ISSUES, AND SOLUTIONS
MAHBUB HASSAN THE UNIVERSITY OF NEW SOUTH WALES RAJ JAIN THE OHIO STATE
UNIVERSITY ; AN ALAN R. APT BOOK PEARSON PRENTICE HALL UPPER SADDLE
RIVER, NEW JERSEY 07458 CONTENTS 1 INTRODUCTION 1 1.1 HISTORY OF TCP/IP
1 1.2 TCP APPLICATIONS AND SERVICES 2 1.3 MOTIVATION FOR PERFORMANCE
STUDY OF TCP/IP 3 1.4 WHAT DO WE MEAN BY TCP PERFORMANCE? 4 1.5 OVERVIEW
OF THE REMAINDER OF THIS BOOK 6 1.6 FURTHER READING 8 1.7 SUMMARY 9 1.8
REVIEW QUESTIONS 10 1.9 CASE STUDY: INTRODUCTION TO WIRELESS CORPORATION
11 2 TCP/IP FUNDAMENTALS 12 2.1 TCP 12 2.1.1 TCP SERVICES 12 2.1.2
HEADER FORMAT 13 2.1.3 ENCAPSULATION IN IP 16 2.1.4 ACKNOWLEDGMENT
MECHANISM 16 2.1.5 RETRANSMISSION MECHANISM 17 2.1.6 CONNECTION
ESTABLISHMENT AND TERMINATION 18 2.1.7 FLOW CONTROL AND SLIDING WINDOW
20 2.1.8 CONGESTION CONTROL 21 2.2 UDP 23 2.2.1 UDP SERVICES 23 2.2.2
HEADER FORMAT 24 2.2.3 ENCAPSULATION IN IP 25 2.3 IP 25 2.3.1 IP
SERVICES 25 2.3.2 FRAGMENTATION AND REASSEMBLY 26 2.3.3 HEADER FORMAT 27
2.3.4 IP VERSION 6 29 2.4 FURTHER READING 29 2.5 SUMMARY 29 2.6 REVIEW
QUESTIONS 29 2.7 CASE STUDY: WCORP ADOPTS TCP/IP 30 3 PERFORMANCE
MEASUREMENT OF TCP/IP NETWORKS 32 3.1 REASONS FOR NETWORK MEASUREMENT 32
3.2 MEASUREMENT TASKS 33 3.3 CLASSIFICATION OF MEASUREMENT TOOLS 33 3.4
POPULAR MEASUREMENT TOOLS AND THEIR APPLICATIONS 34 XIII XIV CONTENTS
3.4.1 TCPDUMP 35 3.4.2 TCPSTAT 43 3.4.3 TTCP 49 3.4.4 NETPERF 53 3.4.5
NETPIPE 58 3.4.6 DISTRIBUTED BENCHMARK SYSTEM 62 3.5 SELECTING THE RIGHT
TOOL 71 3.6 FURTHER READING 72 3.7 SUMMARY 73 3.8 REVIEW QUESTIONS 73
3.9 HANDS-ON PROJECTS . 74 3.10 CASE STUDY: WCORP MONITORS NETWORK
TRAFFIC 74 4 TCP/IP NETWORK SIMULATION 76 4.1 THE ROLE OF SIMULATION 76
4.2 STEPS OF A SYSTEMATIC SIMULATION STUDY 77 4.3 TYPES OF SIMULATIONS
79 4.3.1 CONTINUOUS VERSUS DISCRETE EVENT 79 4.3.2 TERMINATING VERSUS
STEADY STATE 80 4.3.3 SYNTHETIC VERSUS TRACE-DRIVEN SIMULATION 81 4.4
SIMULATION VALIDATION AND VERIFICATION 82 4.5 CONFIDENCE LEVEL OF
SIMULATION RESULTS 82 4.5.1 CONFIDENCE LEVEL FORMULA 83 4.5.2
TERMINATING SIMULATION 84 4.5.3 STEADY-STATE SIMULATION 84 4.5.4 COMMON
SIMULATION MISTAKES 87 4.6 SIMULATION WITH SELF-SIMILAR TRAFFIC 88 4.7
CLASSIFICATION OF SIMULATION TOOLS 89 4.8 THE NS NETWORK SIMULATOR 90
4.8.1 MODEL CONSTRUCTION AND PARAMETER SETTING 90 4.8.2 DATA COLLECTION
95 4.8.3 SIMULATION EXECUTION 96 4.8.4 PRESENTATION OF RESULTS 97 4.8.5
EXAMPLES OF TCP/IP SIMULATION USING NS 97 4.9 OPNET 103 4.9.1 MODEL
CONSTRUCTION 104 4.9.2 PARAMETER SETTING 109 4.9.3 DATA COLLECTION 110
4.9.4 SIMULATION EXECUTION ILL 4.9.5 PRESENTATION OF RESULTS 113 4.9.6
EXAMPLES OF TCP/IP SIMULATION USING OPNET 113 4.10 SELECTING THE RIGHT
TOOL 120 4.11 FURTHER READING 121 4.12 SUMMARY 121 4.13 REVIEW QUESTIONS
122 4.14 HANDS-ON PROJECTS 122 CONTENTS XV 4.15 CASE STUDY: WCORP USES
MEASUREMENT, ANALYSIS, AND SIMULATION TO DIMENSION SYDNEY-MELBOURNE LINK
CAPACITY 122 5 TCP MODELING 125 5.1 MOTIVATION FOR MATHEMATICAL MODELING
OF TCP 125 5.2 ESSENTIALS OF TCP MODELING 127 5.2.1 WINDOW DYNAMICS 127
5.2.2 PACKET-LOSS PROCESS 128 5.3 GALLERY OF TCP MODELS 128 5.3.1
PERIODIC MODEL 129 5.3.2 DETAILED PACKET LOSS MODEL 131 5.3.3 STOCHASTIC
MODEL WITH GENERAL LOSS PROCESS 137 5.3.4 CONTROL SYSTEM MODEL 141 5.3.5
NETWORK SYSTEM MODEL 143 5.4 FURTHER READING 148 5.5 SUMMARY 149 5.6
REVIEW QUESTIONS 150 5.7 HANDS-ON PROJECTS 151 5.8 CASE STUDY:
UNDERSTANDING FACTORS INFLUENCING TCP THROUGHPUT . 151 6 *****
PERFORMANCE OVER WIRELESS NETWORKS 153 6.1 WIRELESS NETWORKS 153 6.1.1
GENERIC CHARACTERISTICS 153 6.1.2 WIRELESS LOCAL AREA NETWORKS 154 6.1.3
CELLULAR COMMUNICATIONS NETWORKS 156 6.2 TCP PERFORMANCE ISSUES OVER
WIRELESS LINKS 157 6.2.1 INAPPROPRIATE REDUCTION OF CONGESTION WINDOW
157 6.2.2 THROUGHPUT LOSS IN WLANS 158 6.2.3 THROUGHPUT LOSS IN CELLULAR
COMMUNICATION SYSTEMS . . . 159 6.3 IMPROVING TCP PERFORMANCE OVER
WIRELESS LINKS 161 6.3.1 SPLITTING TCP CONNECTIONS 161 6.3.2 SNOOPING
TCP AT BASE STATIONS 161 6.3.3 NOTIFYING THE CAUSES OF PACKET LOSS 162
6.3.4 ADDING SELECTIVE ACKNOWLEDGMENTS TO TCP 163 6.3.5 SUMMARY AND
COMPARISON OF ENHANCEMENT SCHEMES . . . 163 6.4 WIRELESS SYSTEM
EVOLUTION AND TCP/IP 164 6.4.1 TRENDS IN CELLULAR COMMUNICATION SYSTEMS
164 6.4.2 TRENDS IN WIRELESS LAN SYSTEMS 165 6.4.3 TCP/IP OVER
HETEROGENEOUS WIRELESS SYSTEMS 165 6.5 FURTHER READING 166 6.6 SUMMARY
167 6.7 REVIEW QUESTIONS 167 6.8 HANDS-ON PROJECTS 168 6.9 CASE STUDY:
WCORP INSTALLS WIRELESS LANS 168 7 ***** PERFORMANCE OVER MOBILE
NETWORKS 170 7.1 CELLULAR AND AD HOC NETWORKS 170 7.2 TCP PERFORMANCE IN
CELLULAR NETWORKS 171 CONTENTS 7.2.1 MOBILE IP 171 7.2.2 IMPACT OF
MOBILITY ON TCP PERFORMANCE 173 7.2.3 APPROACHES TO IMPROVE TCP
PERFORMANCE 174 7.3 TCP PERFORMANCE IN AD HOC NETWORKS 177 7.3.1 DYNAMIC
SOURCE ROUTING 178 7.3.2 IMPACT OF MOBILITY ON TCP PERFORMANCE 178 7.3.3
APPROACHES TO IMPROVE TCP PERFORMANCE 179 7.4 FURTHER READING 181 7.5
SUMMARY 182 7.6 REVIEW QUESTIONS 182 7.7 HANDS-ON PROJECTS 183 7.8 CASE
STUDY: WCORP TUNES TCP TO COMBAT BLACKOUTS IN MOBILE NETWORKING 183
TCP/IP PERFORMANCE OVER OPTICAL NETWORKS 185 8.1 EVOLUTION OF OPTICAL
NETWORKS 185 8.2 IP OVER DWDM 186 8.3 MULTIPROTOCOL LABEL SWITCHING 188
8.4 MULTIPROTOCOL LAMBDA SWITCHING 189 8.5 OPTICAL BURST SWITCHING 190
8.6 OPTICAL PACKET SWITCHING 192 8.6.1 OPTICAL PACKET FORMAT 193 8.6.2
CONGESTION RESOLUTION IN OPTICAL PACKET SWITCHES 195 8.7 PERFORMANCE OF
TCP/IP OVER OPTICAL NETWORKS 197 8.7.1 OPTICAL PACKET NETWORK END-TO-END
PERFORMANCE 198 8.7.2 MAPPING OF TCP IN OPTICAL PACKETS 199 8.7.3
OPTICAL PACKET DESIGN IN THE TCP/IP ENVIRONMENT 201 8.8 FURTHER READING
204 8.9 SUMMARY 204 8.10 REVIEW QUESTIONS 204 8.11 HANDS-ON PROJECTS 205
TCP/IP PERFORMANCE OVER SATELLITE NETWORKS 206 9.1 A BRIEF HISTORY OF
DATA SATELLITES 206 9.2 MOTIVATIONS FOR USING SATELLITES 207 9.3 TYPES
OF SATELLITES 208 9.4 SATELLITE INTERNET ARCHITECTURES 209 9.5 SATELLITE
CHARACTERISTICS AFFECTING TCP 211 9.5.1 LONG FEEDBACK LOOP 211 9.5.2
LINK IMPAIRMENT 214 9.5.3 BANDWIDTH-DELAY PRODUCT 215 9.5.4 BANDWIDTH
ASYMMETRY 216 9.5.5 VARIABLE DELAYS 217 9.5.6 LEOHANDOFF 217 9.5.7
SPECTRAL CONGESTION 217 9.5.8 SECURITY 217 CONTENTS XVII 9.6 GOALS FOR
TCP PERFORMANCE ENHANCEMENT SOLUTIONS 217 9.7 TCP ENHANCEMENTS FOR
SATELLITE NETWORKS 219 9.7.1 PATH MTU DISCOVERY 219 9.7.2 TCP FOR
TRANSACTIONS 219 9.7.3 WINDOW SCALING 220 9.7.4 LARGE INITIAL WINDOW 221
9.7.5 BYTE COUNTING 223 9.7.6 DELAYED ACKS AFTER SLOW START 224 9.7.7
EXPLICIT CONGESTION NOTIFICATION 225 9.7.8 MULTIPLE CONNECTIONS 225
9.7.9 PACING TCP SEGMENTS 226 9.7.10 TCP/IP HEADER COMPRESSION 226
9.7.11 SECURITY ISSUES 227 9.7.12 CONCLUSIONS FOR TCP ENHANCEMENTS 228
9.8 ADVANCED ENHANCEMENTS AND NEW VERSIONS OF TCP 229 9.8.1 QUICK-START
TCP 229 9.8.2 HIGHSPEED TCP 230 9.8.3 TCP PEACH 230 9.8.4 EXPLICIT
TRANSPORT ERROR NOTIFICATION 231 9.8.5 TCP WESTWOOD 231 9.8.6 XCP 231
9.9 NEW TRANSPORT PROTOCOLS FOR SATELLITE LINKS 232 9.9.1 SATELLITE
TRANSPORT PROTOCOL 232 9.9.2 SPACE COMMUNICATIONS PROTOCOL
SPECIFICATIONS-TRANSPORT PROTOCOL 233 9.10 PERFORMANCE ENHANCING PROXY
233 9.10.1 MOTIVATIONS FOR THE USE OF PEP ON SATELLITE NETWORKS ... 233
9.10.2 TYPES OF PERFORMANCE ENHANCING PROXIES 234 9.10.3 MECHANISMS USED
IN PERFORMANCE ENHANCING PROXIES . . . 236 9.10.4 IMPLICATIONS OF USING
PERFORMANCE ENHANCING PROXIES . . . 237 9.10.5 SECURITY WITH PERFORMANCE
ENHANCING PROXIES 238 9.10.6 COMMERCIAL PEP (SKYX) 239 9.11 FURTHER
READING 240 9.12 SUMMARY 241 9.13 REVIEW QUESTIONS 242 9.14 HANDS-ON
PROJECTS 243 9.15 CASE STUDY: IMPROVING TCP PERFORMANCE OVER SATELLITE
USING SKYX 243 10 TCP/IP PERFORMANCE OVER ASYMMETRIC NETWORKS 247 10.1
TYPES OF NETWORK ASYMMETRY 248 10.1.1 BANDWIDTH ASYMMETRY 248 10.1.2
MEDIA-ACCESS ASYMMETRY 249 10.1.3 LOSS RATE ASYMMETRY 249 10.2 IMPACT OF
ASYMMETRY ON TCP PERFORMANCE 249 10.2.1 BANDWIDTH ASYMMETRY 249 10.2.2
MEDIA-ACCESS ASYMMETRY 251 10.3 IMPROVING TCP PERFORMANCE OVER
ASYMMETRIC NETWORKS 255 XVIII CONTENTS 10.3.1 UPLINK BANDWIDTH
MANAGEMENT 255 10.3.2 HANDLING INFREQUENT ACKS 257 10.4 EXPERIMENTAL
EVALUATION OF PERFORMANCE IMPROVEMENT TECHNIQUES 259 10.4.1 EXPERIMENTS
WITH BANDWIDTH ASYMMETRY 259 10.4.2 EXPERIMENTS WITH MEDIA-ACCESS
ASYMMETRY 260 10.5 FURTHER READING 260 10.6 SUMMARY 262 10.7 REVIEW
QUESTIONS 262 10.8 HANDS-ON PROJECTS 262 10.9 CASE STUDY: IMPROVING TCP
PERFORMANCE OVER ADSL 262 11 NEW TCP STANDARDS AND FLAVORS 264 11.1
DUPLICATE ACKNOWLEDGMENTS AND FAST RETRANSMIT 264 11.2 FAST RECOVERY AND
TCP RENO 265 11.3 TCP NEWRENO 266 11.4 TCP WITH SELECTIVE
ACKNOWLEDGMENTS 267 11.5 FORWARD ACKNOWLEDGMENTS 268 11.6 TCP VEGAS 268
11.7 OVERVIEW OF OTHER FEATURES AND OPTIONS 269 11.8 PERFORMANCE
COMPARISON OF TCP FLAVORS 270 11.9 FURTHER READING 278 11.10 SUMMARY 278
11.11 REVIEW QUESTIONS 278 11.12 HANDS-ON PROJECTS 278 11.13 CASE STUDY:
HIGH PERFORMANCE TCP FOR COMPUTATIONAL GRID ... 279 12 ACTIVE QUEUE
MANAGEMENT IN TCP/IP NETWORKS 281 12.1 PASSIVE QUEUE MANAGEMENT 281
12.1.1 TAIL-DROP 282 12.1.2 DROP-FROM-FRONT 282 12.1.3 PUSH-OUT 283
12.1.4 PROBLEMS WITH PASSIVE QUEUE MANAGEMENT 283 12.2 ACTIVE QUEUE
MANAGEMENT 284 12.2.1 RANDOM EARLY DETECTION 284 12.2.2 CLASSIFYING THE
RED VARIANTS 287 12.2.3 RED VARIANTS WITH AGGREGATE CONTROL 288 12.2.4
RED VARIANTS WITH PER-FLOW ACCOUNTING 294 12.3 PERFORMANCE EVALUATION
AND COMPARISON OF AQM SCHEMES .... 299 12.3.1 THROUGHPUT AND FAIRNESS
299 12.3.2 DELAY AND JITTER 301 12.3.3 TIME RESPONSE 301 12.3.4 TRAFFIC
OSCILLATION 302 12.3.5 PERFORMANCE SUMMARY OF AQM SCHEMES 302 12.4 AQM
AND DIFFERENTIATED SERVICE 302 12.5 FURTHER READING 304 12.6 SUMMARY 305
12.7 REVIEW QUESTIONS 306 CONTENTS XIX 12.8 HANDS-ON PROJECT 306 12.9
CASE STUDY: WCORP DEPLOYS ACTIVE QUEUE MANAGEMENT 307 13 TCP
IMPLEMENTATION 308 13.1 TCP IMPLEMENTATION OVERVIEW 309 13.1.1 BUFFERING
AND DATA MOVEMENT 311 13.1.2 ACCESSING USER MEMORY 311 13.1.3 TCP DATA
EXCHANGE 313 13.1.4 RETRANSMISSIONS 316 13.1.5 CONGESTION 316 13.2 HIGH
PERFORMANCE TCP 317 13.2.1 HIGH-BANDWIDTH-DELAY PRODUCTS 317 13.2.2
ROUND-TRIP ESTIMATION 318 13.2.3 PATH MTU DISCOVERY 318 13.3 REDUCING
END-SYSTEM OVERHEAD 319 13.3.1 OVERHEAD, CPU UTILIZATION, AND BANDWIDTH
320 13.3.2 THE ROLE OF APPLICATION PROCESSING 321 13.3.3 SOURCES OF
OVERHEAD FOR TCP/IP 322 13.3.4 PER-PACKET OVERHEAD 323 13.3.5 INTERRUPTS
324 13.3.6 CHECKSUMS 325 13.3.7 CONNECTION MANAGEMENT 326 13.4 COPY
AVOIDANCE 326 13.4.1 PAGE REMAPPING 327 13.4.2 SCATTER/GATHER I/O 329
13.4.3 REMOTE DIRECT MEMORY ACCESS 330 13.5 TCP OFFLOAD 331 13.6 FURTHER
READING 333 13.7 SUMMARY 333 13.8 REVIEW QUESTIONS 333 13.9 HANDS-ON
PROJECTS 334 A M/M/L QUEUES 335 * FREEBSD 338 B.L INSTALLATION 338 B.2
CONFIGURATION 338 B.2.1 NETWORK CARD CONFIGURATION 338 B.2.2 STARTING
NETWORK SERVICES 339 B.3 KERNEL MODIFICATION 339 B.3.1 MODIFY KERNEL
CONFIGURATION FILES 339 B.3.2 MODIFY KERNEL SOURCE FILES 340 B.3.3 BUILD
AND INSTALL THE NEW KERNEL 341 B.3.4 KERNEL ERROR RECOVERY TECHNIQUE 341
B.3.5 KERNEL MODIFICATION EXAMPLE 342 * TCP AUTO-TUNING 345 C.L
MOTIVATION FOR TCP AUTO-TUNING 345 XX CONTENTS C.2 TCP AUTO-TUNING
TECHNIQUES AND PRODUCTS 345 C.3 SELECTING AUTO-TUNED TCP 346 C.4 FURTHER
READING 347 BIBLIOGRAPHY 348 INDEX 367
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| id | DE-604.BV019299503 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T19:43:52Z |
| institution | BVB |
| isbn | 0131272578 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-012050511 |
| oclc_num | 53476988 |
| open_access_boolean | |
| owner | DE-29T DE-739 |
| owner_facet | DE-29T DE-739 |
| physical | XX, 383 S. graph. Darst. |
| publishDate | 2004 |
| publishDateSearch | 2004 |
| publishDateSort | 2004 |
| publisher | Pearson/Prentice Hall |
| record_format | marc |
| series2 | An Alan R. Apt book |
| spelling | High performance TCP/IP networking concepts, issues, and solutions [edited by] Mahbub Hassan, Raj Jain Internat. ed. Upper Saddle River, NJ Pearson/Prentice Hall 2004 XX, 383 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier An Alan R. Apt book Includes bibliographical references and index Performance de réseau rasuqam Performance des réseaux TCP/IP (Protocole de communication) rasuqam TCP/IP (Protocole de réseaux d'ordinateurs) Network performance (Telecommunication) TCP/IP (Computer network protocol) Rechnernetz (DE-588)4070085-9 gnd rswk-swf TCP/IP (DE-588)4197538-8 gnd rswk-swf Rechnernetz (DE-588)4070085-9 s TCP/IP (DE-588)4197538-8 s DE-604 Hassan, Mahbub Sonstige oth Jain, Raj Sonstige oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012050511&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | High performance TCP/IP networking concepts, issues, and solutions Performance de réseau rasuqam Performance des réseaux TCP/IP (Protocole de communication) rasuqam TCP/IP (Protocole de réseaux d'ordinateurs) Network performance (Telecommunication) TCP/IP (Computer network protocol) Rechnernetz (DE-588)4070085-9 gnd TCP/IP (DE-588)4197538-8 gnd |
| subject_GND | (DE-588)4070085-9 (DE-588)4197538-8 |
| title | High performance TCP/IP networking concepts, issues, and solutions |
| title_auth | High performance TCP/IP networking concepts, issues, and solutions |
| title_exact_search | High performance TCP/IP networking concepts, issues, and solutions |
| title_full | High performance TCP/IP networking concepts, issues, and solutions [edited by] Mahbub Hassan, Raj Jain |
| title_fullStr | High performance TCP/IP networking concepts, issues, and solutions [edited by] Mahbub Hassan, Raj Jain |
| title_full_unstemmed | High performance TCP/IP networking concepts, issues, and solutions [edited by] Mahbub Hassan, Raj Jain |
| title_short | High performance TCP/IP networking |
| title_sort | high performance tcp ip networking concepts issues and solutions |
| title_sub | concepts, issues, and solutions |
| topic | Performance de réseau rasuqam Performance des réseaux TCP/IP (Protocole de communication) rasuqam TCP/IP (Protocole de réseaux d'ordinateurs) Network performance (Telecommunication) TCP/IP (Computer network protocol) Rechnernetz (DE-588)4070085-9 gnd TCP/IP (DE-588)4197538-8 gnd |
| topic_facet | Performance de réseau Performance des réseaux TCP/IP (Protocole de communication) TCP/IP (Protocole de réseaux d'ordinateurs) Network performance (Telecommunication) TCP/IP (Computer network protocol) Rechnernetz TCP/IP |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012050511&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT hassanmahbub highperformancetcpipnetworkingconceptsissuesandsolutions AT jainraj highperformancetcpipnetworkingconceptsissuesandsolutions |