Holdings: Broadband packet switching technologies

Broadband packet switching technologies: a practical guide to ATM switches and IP routers

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Bibliographic Details
Main Authors:	Chao, H. Jonathan (Author), Lam, Cheuk H. (Author), Oki, Eiji (Author)
Format:	Book
Language:	English
Published:	New York [u.a.] Wiley 2001
Series:	A Wiley-Interscience publication
Subjects:	Switching > Kommunikationstechnik ATM
Online Access:	Inhaltsverzeichnis
Physical Description:	XVI, 459 S. graph. Darst.
ISBN:	0471004545

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MARC


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adam_text	BROADBAND PACKET SWITCHING TECHNOLOGIES A PRACTICAL GUIDE TO ATM SWITCHES AND IP ROUTERS H. JONATHAN CHAO CHEUK H. LAM EMI OKI A WILEY-LNTERSCIENCE PUBLICATION JOHN WILEY & SONS, INC. NEW YORK / CHICHESTER / WEINHEIM / BRISBANE / SINGAPORE / TORONTO CONTENTS PREFACE XIII 1 INTRODUCTION 1 1.1 ATM SWITCH SYSTEMS / 3 1.1.1 BASICS OF ATM NETWORKS / 3 1.1.2 ATM SWITCH STRUCTURE / 5 1.2 IP ROUTER SYSTEMS / 8 1.2.1 FUNCTIONS OF IP ROUTERS / 8 1.2.2 ARCHITECTURES OF IP ROUTERS / 9 1.3 DESIGN CRITERIA AND PERFORMANCE REQUIREMENTS / 13 REFERENCES / 14 2 BASICS OF PACKET SWITCHING 15 2.1 SWITCHING CONCEPTS / 17 2.1.1 INTERNAL LINK BLOCKING / 17 2.1.2 OUTPUT PORT CONTENTION / 18 2.1.3 HEAD-OF-LINE BLOCKING / 19 2.1.4 MULTICASTING / 19 2.1.5 CALL SPLITTING / 20 2.2 SWITCH ARCHITECTURE CLASSIFICATION / 21 2.2.1 TIME DIVISION SWITCHING / 22 VI CONTENTS 2.2.2 SPACE DIVISION SWITCHING / 24 2.2.3 BUFFERING STRATEGIES / 34 2.3 PERFORMANCE OF BASIC SWITCHES / 37 2.3.1 INPUT-BUFFERED SWITCHES / 37 2.3.2 OUTPUT-BUFFERED SWITCHES / 40 2.3.3 COMPLETELY SHARED-BUFFER SWITCHES / 44 REFERENCES / 46 3 INPUT-BUFFERED SWITCHES 49 3.1 A SIMPLE SWITCH MODEL / 50 3.1.1 HEAD-OF-LINE BLOCKING PHENOMENON / 51 3.1.2 TRAFFIC MODELS AND RELATED THROUGHPUT RESULTS / 52 3.2 METHODS FOR IMPROVING PERFORMANCE / 53 3.2.1 INCREASING INTERNAL CAPACITY / 53 3.2.2 INCREASING SCHEDULING EFFICIENCY / 54 3.3 SCHEDULING ALGORITHMS / 57 3.3.1 PARALLEL ITERATIVE MATCHING (PIM) / 58 3.3.2 ITERATIVE ROUND-ROBIN MATCHING (/RRM) / 60 3.3.3 ITERATIVE ROUND-ROBIN WITH SLIP (/SLIP) / 60 3.3.4 DUAL ROUND-ROBIN MATCHING (DRRM) / 62 3.3.5 ROUND-ROBIN GREEDY SCHEDULING / 65 3.3.6 DESIGN OF ROUND-ROBIN ARBITERS/SELECTORS / 67 3.4 OUTPUT-QUEUING EMULATION / 72 3.4.1 MOST-URGENT-CELL-FIRST-ALGORITHM (MUCFA) / 72 3.4.2 CHUANG ET AL. S RESULTS / 73 3.5 LOWEST-OUTPUT-OCCUPANCY-CELL-FIRST ALGORITHM (LOOFA) / 78 REFERENCES / 80 4 SHARED-MEMORY SWITCHES 83 4.1 LINKED-LIST APPROACH / 84 4.2 CONTENT-ADDRESSABLE MEMORY APPROACH / 91 4.3 SPACE-TIME-SPACE APPROACH / 93 4.4 MULTISTAGE SHARED-MEMORY SWITCHES / 94 4.4.1 WASHINGTON UNIVERSITY GIGABIT SWITCH / 95 4.4.2 CONCENTRATOR-BASED GROWABLE SWITCH ARCHITECTURE / 96 4.5 MULTICAST SHARED-MEMORY SWITCHES / 97 CONTENTS VM 4.5.1 SHARED-MEMORY SWITCH WITH A MULTICAST LOGICAL QUEUE / 97 4.5.2 SHARED-MEMORY SWITCH WITH CELL COPY / 98 4.5.3 SHARED-MEMORY SWITCH WITH ADDRESS COPY / 99 REFERENCES / 101 5 BANYAN-BASED SWITCHES 103 5.1 BANYAN NETWORKS / 103 5.2 BATCHER-SORTING NETWORK / 106 5.3 OUTPUT CONTENTION RESOLUTION ALGORITHMS / 110 5.3.1 THREE-PHASE IMPLEMENTATION / 110 5.3.2 RING RESERVATION / 110 5.4 THE SUNSHINE SWITCH / 112 5.5 DEFLECTION ROUTING / 114 5.5.1 TANDEM BANYAN SWITCH / 114 5.5.2 SHUFFLE-EXCHANGE NETWORK WITH DEFLECTION ROUTING / 117 5.5.3 DUAL SHUFFLE-EXCHANGE NETWORK WITH ERROR-CORRECTING ROUTING / 118 5.6 MULTICAST COPY NETWORKS / 125 5.6.1 BROADCAST BANYAN NETWORK / 127 5.6.2 ENCODING PROCESS / 129 5.6.3 CONCENTRATION / 132 5.6.4 DECODING PROCESS / 133 5.6.5 OVERFLOW AND CALL SPLITTING / 133 5.6.6 OVERFLOW AND INPUT FAIRNESS / 134 REFERENCES / 138 6 KNOCKOUT-BASED SWITCHES 141 6.1 SINGLE-STAGE KNOCKOUT SWITCH / 142 6.1.1 BASIC ARCHITECTURE / 142 6.1.2 KNOCKOUT CONCENTRATION PRINCIPLE / 144 6.1.3 CONSTRUCTION OF THE CONCENTRATOR / 146 6.2 CHANNEL GROUPING PRINCIPLE / 150 6.2.1 MAXIMUM THROUGHPUT / 150 6.2.2 GENERALIZED KNOCKOUT PRINCIPLE / 152 6.3 A TWO-STAGE MULTICAST OUTPUT-BUFFERED ATM SWITCH / 154 6.3.1 TWO-STAGE CONFIGURATION / 154 VIII CONTENTS 6.3.2 MULTICAST GROUPING NETWORK / 157 6.3.3 TRANSLATION TABLES / 160 6.3.4 MULTICAST KNOCKOUT PRINCIPLE / 163 6.4 A FAULT-TOLERANT MULTICAST OUTPUT-BUFFERED ATM SWITCH / 169 6.4.1 FAULT MODEL OF SWITCH ELEMENT / 169 6.4.2 FAULT DETECTION / 172 6.4.3 FAULT LOCATION AND RECONFIGURATION / 174 6.4.4 PERFORMANCE ANALYSIS OF RECONFIGURED SWITCH MODULE / 181 6.5 APPENDIX / 185 REFERENCES / 187 7 THE ABACUS SWITCH 189 7.1 BASIC ARCHITECTURE / 190 7.2 MULTICAST CONTENTION RESOLUTION ALGORITHM / 193 7.3 IMPLEMENTATION OF INPUT PORT CONTROLLER / 197 7.4 PERFORMANCE / 198 7.4.1 MAXIMUM THROUGHPUT / 199 7.4.2 AVERAGE DELAY / 203 7.4.3 CELL LOSS PROBABILITY / 206 7.5 ATM ROUTING AND CONCENTRATION CHIP / 208 7.6 ENHANCED ABACUS SWITCH / 211 7.6.1 MEMORYLESS MULTISTAGE CONCENTRATION NETWORK / 212 7.6.2 BUFFERED MULTISTAGE CONCENTRATION NETWORK / 214 7.6.3 RESEQUENCING CELLS / 217 7.6.4 COMPLEXITY COMPARISON / 219 7.7 ABACUS SWITCH FOR PACKET SWITCHING / 220 7.7.1 PACKET INTERLEAVING / 220 7.7.2 CELL INTERLEAVING / 222 REFERENCES / 224 8 CROSSPOINT-BUFFERED SWITCHES 227 8.1 OVERVIEW OF CROSSPOINT-BUFFERED SWITCHES / 228 8.2 SCALABLE DISTRIBUTED ARBITRATION SWITCH / 229 8.2.1 SDA STRUCTURE / 229 8.2.2 PERFORMANCE OF SDA SWITCH / 231 8.3 MULTIPLE-QOS SDA SWITCH / 234 8.3.1 MSDA STRUCTURE / 234 CONTENTS IX 8.3.2 PERFORMANCE OF MSDA SWITCH / 236 REFERENCES / 238 9 THE TANDEM-CROSSPOINT SWITCH 239 9.1 OVERVIEW OF INPUT-OUTPUT-BUFFERED SWITCHES / 239 9.2 TDXP STRUCTURE / 241 9.2.1 BASIC ARCHITECTURE / 241 9.2.2 UNICASTING OPERATION / 242 9.2.3 MULTICASTING OPERATION / 246 9.3 PERFORMANCE OF TDXP SWITCH / 246 REFERENCES / 252 10 CLOS-NETWORK SWITCHES 253 10.1 ROUTING PROPERTIES AND SCHEDULING METHODS / 255 10.2 A SUBOPTIMAL STRAIGHT MATCHING METHOD FOR DYNAMIC ROUTING / 258 10.3 THE ATLANTA SWITCH / 259 10.3.1 BASIC ARCHITECTURE / 261 10.3.2 DISTRIBUTED AND RANDOM ARBITRATION / 261 10.3.3 MULTICASTING / 262 10.4 THE CONTINUOUS ROUND-ROBIN DISPATCHING SWITCH / 263 10.4.1 BASIC ARCHITECTURE / 264 10.4.2 CONCURRENT ROUND-ROBIN DISPATCHING (CRRD) SCHEME / 265 10.4.3 DESYNCHRONIZATION EFFECT OF CRRD / 267 10.5 THE PATH SWITCH / 268 10.5.1 HOMOGENEOUS CAPACITY AND ROUTE ASSIGNMENT / 272 10.5.2 HETEROGENEOUS CAPACITY ASSIGNMENT / 274 REFERENCES / 277 11 OPTICAL PACKET SWITCHES 279 11.1 ALL-OPTICAL PACKET SWITCHES / 281 11.1.1 THE STAGGERING SWITCH / 281 11.1.2 ATMOS / 282 11.1.3 DUAN S SWITCH / 283 11.2 OPTOELECTRONIC PACKET SWITCHES / 284 11.2.1 HYPASS / 284 11.2.2 STAR-TRACK / 286 X CONTENTS 11.2.3 CISNEROS AND BRACKETT S ARCHITECTURE / 287 11.2.4 BNR SWITCH / 289 11.2.5 WAVE-MUX SWITCH / 290 11.3 THE 3M SWITCH / 291 11.3.1 BASIC ARCHITECTURE / 291 11.3.2 CELL DELINEATION UNIT / 294 11.3.3 VCI-OVERWRITE UNIT / 296 11.3.4 CELL SYNCHRONIZATION UNIT / 297 11.4 OPTICAL INTERCONNECTION NETWORK FOR TERABIT IP ROUTERS / 301 11.4.1 INTRODUCTION / 301 11.4.2 A TERABIT IP ROUTER ARCHITECTURE / 303 11.4.3 ROUTER MODULE AND ROUTE CONTROLLER / 306 11.4.4 OPTICAL INTERCONNECTION NETWORK / 309 11.4.5 PING-PONG ARBITRATION UNIT / 315 11.4.6 OIN COMPLEXITY / 324 11.4.7 POWER BUDGET ANALYSIS / 326 11.4.8 CROSSTALK ANALYSIS / 328 REFERENCES / 331 12 WIRELESS ATM SWITCHES 337 12.1 WIRELESS ATM STRUCTURE OVERVIEWS / 338 12.1.1 SYSTEM CONSIDERATIONS / 338 12.1.2 WIRELESS ATM PROTOCOL / 349 12.2 WIRELESS ATM SYSTEMS / 341 12.2.1 NEC S WATMNET PROTOTYPE SYSTEM / 341 12.2.2 OLIVETTI S RADIO ATM LAN / 342 12.2.3 VIRTUAL CONNECTION TREE / 342 12.2.4 BAHAMA WIRELESS ATM LAN / 343 12.2.5 NTT S WIRELESS ATM ACCESS / 343 12.2.6 OTHER EUROPEAN PROJECTS / 243 12.3 RADIO ACCESS LAYERS / 344 12.3.1 RADIO PHYSICAL LAYER / 344 12.3.2 MEDIUM ACCESS CONTROL LAYER / 346 12.3.3 DATA LINK CONTROL LAYER / 346 12.4 HANDOFF IN WIRELESS ATM / 347 12.4.1 CONNECTION REROUTING / 348 12.4.2 BUFFERING / 340 CONTENTS XI 12.4.3 CELL ROUTING IN A COS / 351 12.5 MOBILITY-SUPPORT ATM SWITCH / 352 12.5.1 DESIGN OF A MOBILITY-SUPPORT SWITCH / 353 12.5.2 PERFORMANCE / 358 REFERENCES / 362 13 IP ROUTE LOOKUPS 365 13.1 IP ROUTER DESIGN / 366 13.1.1 ARCHITECTURES OF GENERIC ROUTERS / 366 13.1.2 IP ROUTE LOOKUP DESIGN / 368 13.2 IP ROUTE LOOKUP BASED ON CACHING TECHNIQUE / 369 13.3 IP ROUTE LOOKUP BASED ON STANDARD TRIE STRUCTURE / 369 13.4 PATRICIA TREE / 372 13.5 SMALL FORWARDING TABLES FOR FAST ROUTE LOOKUPS / 373 13.5.1 LEVEL 1 OF DATA STRUCTURE / 374 13.5.2 LEVELS 2 AND 3 OF DATA STRUCTURE / 376 13.5.3 PERFORMANCE / 377 13.6 ROUTE LOOKUPS IN HARDWARE AT MEMORY ACCESS SPEEDS / 377 13.6.1 THE DIR-24-8-BASIC SCHEME / 378 13.6.2 PERFORMANCE / 381 13.7 IP LOOKUPS USING MULTIWAY SEARCH / 381 13.7.1 ADAPTING BINARY SEARCH FOR BEST MATCHING PREFIX / 381 13.7.2 PRECOMPUTED 16-BIT PREFIX TABLE / 384 13.7.3 MULTIWAY BINARY SEARCH: EXPLOITING THE CACHE LINE / 385 13.7.4 PERFORMANCE / 388 13.8 IP ROUTE LOOKUPS FOR GIGABIT SWITCH ROUTERS / 388 13.8.1 LOOKUP ALGORITHMS AND DATA STRUCTURE CONSTRUCTION / 388 13.8.2 PERFORMANCE / 395 13.9 IP ROUTE LOOKUPS USING TWO-TRIE STRUCTURE / 396 13.9.1 IP ROUTE LOOKUP ALGORITHM / 397 13.9.2 PREFIX UPDATE ALGORITHMS / 398 13.9.3 PERFORMANCE / 403 REFERENCES / 404 XII CONTENTS APPENDIX SONET AND ATM PROTOCOLS 407 A.1 ATM PROTOCOL REFERENCE MODEL / 409 A.2 SYNCHRONOUS OPTICAL NETWORK (SONET) / 410 A.2.1 SONET SUBLAYERS / 410 A.2.2 STS-N SIGNALS / 412 A.2.3 SONET OVERHEAD BYTES / 414 A.2.4 SCRAMBLING AND DESCRAMBLING / 417 A.2.5 FREQUENCY JUSTIFICATION / 418 A.2.6 AUTOMATIC PROTECTION SWITCHING (APS) / 419 A.2.7 STS-3 VERSUS STS-3C / 421 A.2.8 OC-N MULTIPLEXER / 422 A.3 SUB-LAYER FUNCTIONS IN REFERENCE MODEL / 423 A.4 ASYNCHRONOUS TRANSFER MODE (ATM) / 425 A.4.1 VIRTUAL PATH/VIRTUAL CHANNEL IDENTIFIER (VPI/VCI) / 426 A.4.2 PAYLOAD TYPE IDENTIFIER (PTI) / 427 A.4.3 CELL LOSS PRIORITY (CLP) / 428 A.4.4 PRE-DEFINED HEADER FIELD VALUES / 428 A.5 ATM ADAPTATION LAYER (AAL) / 429 A.5.1 AAL TYPE 1 (AAL1) / 431 A.5.2 AAL TYPE 2 (AAL2) / 433 A.5.3 AAL TYPES 3/4 (AAL3/4) / 434 A.5.4 AAL TYPE 5 (AAL5) / 436 REFERENCES / 438 INDEX 439
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author	Chao, H. Jonathan Lam, Cheuk H. Oki, Eiji
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spelling	Chao, H. Jonathan Verfasser aut Broadband packet switching technologies a practical guide to ATM switches and IP routers H. Jonathan Chao ; Cheuk H. Lam ; Eiji Oki New York [u.a.] Wiley 2001 XVI, 459 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier A Wiley-Interscience publication Switching Kommunikationstechnik (DE-588)4410054-1 gnd rswk-swf ATM (DE-588)4267988-6 gnd rswk-swf Switching Kommunikationstechnik (DE-588)4410054-1 s ATM (DE-588)4267988-6 s DE-604 Lam, Cheuk H. Verfasser aut Oki, Eiji Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009936630&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Chao, H. Jonathan Lam, Cheuk H. Oki, Eiji Broadband packet switching technologies a practical guide to ATM switches and IP routers Switching Kommunikationstechnik (DE-588)4410054-1 gnd ATM (DE-588)4267988-6 gnd
subject_GND	(DE-588)4410054-1 (DE-588)4267988-6
title	Broadband packet switching technologies a practical guide to ATM switches and IP routers
title_auth	Broadband packet switching technologies a practical guide to ATM switches and IP routers
title_exact_search	Broadband packet switching technologies a practical guide to ATM switches and IP routers
title_full	Broadband packet switching technologies a practical guide to ATM switches and IP routers H. Jonathan Chao ; Cheuk H. Lam ; Eiji Oki
title_fullStr	Broadband packet switching technologies a practical guide to ATM switches and IP routers H. Jonathan Chao ; Cheuk H. Lam ; Eiji Oki
title_full_unstemmed	Broadband packet switching technologies a practical guide to ATM switches and IP routers H. Jonathan Chao ; Cheuk H. Lam ; Eiji Oki
title_short	Broadband packet switching technologies
title_sort	broadband packet switching technologies a practical guide to atm switches and ip routers
title_sub	a practical guide to ATM switches and IP routers
topic	Switching Kommunikationstechnik (DE-588)4410054-1 gnd ATM (DE-588)4267988-6 gnd
topic_facet	Switching Kommunikationstechnik ATM
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009936630&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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