book

Broadband Packet Switching Technologies: A Practical Guide to ATM Switches and IP Routers

by H. Jonathan Chao, Cheuk H. Lam, Eiji Oki

September 2001

Intermediate to advanced

464 pages

13h 26m

English

Wiley-Interscience

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AUDIENCEORGANIZATION OF THE BOOKACKNOWLEDGMENTS
1.1 ATM SWITCH SYSTEMS1.2 IP ROUTER SYSTEMS1.3 DESIGN CRITERIA AND PERFORMANCE REQUIREMENTSREFERENCES
2.1 SWITCHING CONCEPTS2.2 SWITCH ARCHITECTURE CLASSIFICATION2.3 PERFORMANCE OF BASIC SWITCHESREFERENCES
3.1 A SIMPLE SWITCH MODEL3.2 METHODS FOR IMPROVING PERFORMANCE3.3 SCHEDULING ALGORITHMS3.4 OUTPUT-QUEUING EMULATION3.5 LOWEST-OUTPUT-OCCUPANCY-CELL-FIRST ALGORITHM (LOOFA)REFERENCES
4.1 LINKED LIST APPROACH4.2 CONTENT-ADDRESSABLE MEMORY APPROACH4.3 SPACE-TIME-SPACE APPROACH4.4 MULTISTAGE SHARED-MEMORY SWITCHES4.5 MULTICAST SHARED-MEMORY SWITCHESREFERENCES
5.1 BANYAN NETWORKS5.2 BATCHER-SORTING NETWORK5.3 OUTPUT CONTENTION RESOLUTION ALGORITHMS5.4 THE SUNSHINE SWITCH5.5 DEFLECTION ROUTING5.6 MULTICAST COPY NETWORKSREFERENCES

6.1 SINGLE-STAGE KNOCKOUT SWITCH6.2 CHANNEL GROUPING PRINCIPLE6.3 A TWO-STAGE MULTICAST OUTPUT-BUFFERED ATM SWITCH6.4 A FAULT-TOLERANT MULTICAST OUTPUT-BUFFERED ATM SWITCH6.5 APPENDIXREFERENCES
7.1 BASIC ARCHITECTURE7.2 MULTICAST CONTENTION RESOLUTION ALGORITHM7.3 IMPLEMENTATION OF INPUT PORT CONTROLLER7.4 PERFORMANCE7.5 ATM ROUTING AND CONCENTRATION CHIP7.6 ENHANCED ABACUS SWITCH7.7 ABACUS SWITCH FOR PACKET SWITCHINGREFERENCES
8.1 OVERVIEW OF CROSSPOINT-BUFFERED SWITCHES8.2 SCALABLE DISTRIBUTED-ARBITRATION SWITCH8.3 MULTIPLE-QOS SDA SWITCHREFERENCES
9.1 OVERVIEW OF INPUT-OUTPUT-BUFFERED SWITCHES9.2 TDXP STRUCTURE9.3 PERFORMANCE OF TDXP SWITCHREFERENCES
10.1 ROUTING PROPERTIES AND SCHEDULING METHODS10.2 A SUBOPTIMAL STRAIGHT MATCHING METHOD FOR DYNAMIC ROUTING10.3 THE ATLANTA SWITCH10.4 THE CONTINUOUS ROUND-ROBIN DISPATCHING SWITCH10.5 THE PATH SWITCHREFERENCES
11.1 ALL-OPTICAL PACKET SWITCHES11.2 OPTOELECTRONIC PACKET SWITCHES11.3 THE 3M SWITCH11.4 OPTICAL INTERCONNECTION NETWORK FOR TERABIT IP ROUTERSREFERENCES
12.1 WIRELESS ATM STRUCTURE OVERVIEWS12.2 WIRELESS ATM SYSTEMS12.3 RADIO ACCESS LAYERS12.4 HANDOFF IN WIRELESS ATM12.5 MOBILITY-SUPPORT ATM SWITCHREFERENCES
13.1 IP ROUTER DESIGN13.2 IP ROUTE LOOKUP BASED ON CACHING TECHNIQUE13.3 IP ROUTE LOOKUP BASED ON STANDARD TRIE STRUCTURE13.4 PATRICIA TREE13.5 SMALL FORWARDING TABLES FOR FAST ROUTE LOOKUPS13.6 ROUTE LOOKUPS IN HARDWARE AT MEMORY ACCESS SPEEDS13.7 IP LOOKUPS USING MULTIWAY SEARCH13.8 IP ROUTE LOOKUPS FOR GIGABIT SWITCH ROUTERS13.9 IP ROUTE LOOKUPS USING TWO-TRIE STRUCTUREREFERENCES
A.1 ATM PROTOCOL REFERENCE MODELA.2 SYNCHRONOUS OPTICAL NETWORK (SONET)A.3 SUBLAYER FUNCTIONS IN REFERENCE MODELA.4 ASYNCHRONOUS TRANSFER MODEA.5 ATM ADAPTATION LAYERREFERENCES

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