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Hellberg Ch., Boyes T., Greene D. — Broadband Network Architectures: Designing and Deploying Triple Play Services
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Íàçâàíèå: Broadband Network Architectures: Designing and Deploying Triple Play Services
Àâòîðû: Hellberg Ch., Boyes T., Greene D.
Àííîòàöèÿ: The Definitive Guide to Designing and Building Triple-Play/Multi-Play Networks
Service providers are increasingly focused on delivering “triple-play” bundles that incorporate Internet, video, and VoIP services–as well as “multi-play” bundles containing even more advanced services. Broadband Network Architectures is the first comprehensive guide to designing, implementing, and managing the networks that make triple-play services possible.
Hellberg, Greene, and Boyes present their field-tested industry best practices and objectively evaluate the tradeoffs associated with key up-front architectural decisions that balance the complexities of bundled services and sophisticated traffic policies. Broadband Network Architectures not only documents what is possible on this rapidly changing field of networking, but it also details how to divide Internet access into these more sophisticated services with specialized Quality of Service handling.
Coverage includes
· An in-depth introduction to next-generation triple-play services: components, integration, and business connectivity
· Triple-play backbone design: MPLS, Layer 3 VPNs, and Broadband Network Gateways (BNGs)/Broadband Remote Access Servers (B-RAS)
· Protocols and strategies for integrating BNGs into robust triple-play networks
· Triple-play access network design: DSLAM architectures, aggregation networks, transport, and Layer 2 tunneling
· VLAN-per-customer versus service-per-VLAN architectures: advantages and disadvantages
· PPP or DHCP: choosing the right access protocol
· Issues associated with operating in wholesale, unbundled environments
· IP addressing and subscriber session management
· Broadband network security, including Denial of Service attacks and VoIP privacy
· The future of wireless broadband: IMS, SIP, and non-SIP based fixed mobile convergence and wireless video
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ed2k: ed2k stats
Ãîä èçäàíèÿ: 2007
Êîëè÷åñòâî ñòðàíèö: 557
Äîáàâëåíà â êàòàëîã: 11.12.2007
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Protocol Data Units See also PDUs
Protocols 374
Protocols access 186 207—216
protocols, ARP 431
Protocols, BOOTP 196
Protocols, CHAP 186
Protocols, core 111
protocols, DHCP 14 185 196—207
Protocols, DHCP, advantages of 211—213
Protocols, DHCP, assigning addresses 414—417
Protocols, DHCP, disadvantages of 213—216
Protocols, DHCP, IPv6 deployment 439
Protocols, DHCP, local servers 417
Protocols, DHCP, relay-proxy 204—206
Protocols, DHCP, selecting 207—216
Protocols, EAP 186
Protocols, GSMP 358
protocols, IGMP 99—106 484—485
Protocols, IGPs 433
Protocols, interworking 160—162
Protocols, IPCP 420
Protocols, IPv6 434
Protocols, islands 434
Protocols, L2C 467
Protocols, L2TP 440—441
Protocols, LAN addressing 427—428
Protocols, LCP 185 274
protocols, LDAP 457
Protocols, LDP 76
Protocols, MRD 436
Protocols, MSDP 489
Protocols, multicast 79—89
Protocols, PAP 186
protocols, PPP 186—196 261
Protocols, PPP, assigning static addresses 420—421
Protocols, PPP, PPPoA 188—190
Protocols, PPP, selecting 207—216
protocols, PPPoE 190—196
Protocols, PPPoE, IPv6 deployment 436—439
Protocols, PPPoE, LAN addressing 427—428
Protocols, RSVP 296
Protocols, scheduling 334
Protocols, SLIP 261
protocols, STP 176
protocols, TCP 314
protocols, VRRP 37
Provider edge (PE) routers 37 152
Provider VLAN architectures 162—168
Provider-Based Trees 154
Provisioning automated P2MP LSP 93—96
Provisioning dynamic service 445—450
Provisioning services 451—467
Provisioning SPE 449
Proxies, ARP 418
Proxies, DHCP relay-proxy 204—206
Proxies, LCP 275
Proxies, SBCs 475—477
Proxy CSCF (P-CSCF) 386
PSD (power spectral density) 222 235
Pseudowire Emulation Edge to Edge (PWE3) 124
pseudowires 123—144 177
PSN (Packet Switched Network), pseudowires 123—144
PSTN (Public Switched Telephone Network) 290
PTA (PPP Terminated Aggregation) 25
Public Switched Telephone Network See PSTN
PVCs (Permanent Virtual Circuits) 13 188
PVPs (Permanent Virtual Paths) 127 249
PWE3 (Pseudowire Emulation Edge to Edge) 124 154
QAM (Quadrature Amplitude Modulation) 6
QoS (Quality of Service), 3GPP 380
QoS (Quality of Service), classification 306
QoS (Quality of Service), deploying 289—290
QoS (Quality of Service), deploying, determining need for 290—294
QoS (Quality of Service), deploying, prioritization concepts 294—300
QoS (Quality of Service), marking 306
QoS (Quality of Service), profiles 448
QoS (Quality of Service), queuing 313—318
QoS (Quality of Service), rate-limiting 306—313 336—342
QoS (Quality of Service), router forwarding architectures 342—346
QoS (Quality of Service), scheduling 318 342
QoS (Quality of Service), triple-play architectures 346
QoS (Quality of Service), triple-play architectures, centralized BNGs 351—355
QoS (Quality of Service), triple-play architectures, distributed BNGs 356—357
QoS (Quality of Service), triple-play architectures, L2CP 357
QoS (Quality of Service), triple-play architectures, trust boundaries 346—351
QoS (Quality of Service), VLANs 168
QoS (Quality of Service), VPLS 154
Quadrature Amplitude Modulation (QAM) 6
Qualcomm, FLO 399
Quality, optimizing video 49
Queuing, QoS 313—318
R99 (3GPP Release 99) 379
Radio Access Network (RAN) 380
Radio interfaces (IMT-2000) 365—366
RADIUS (Remote Authentication Dial-In User Service) 274 448
RADIUS (Remote Authentication Dial-In User Service), Cisco IOS 410
RADIUS (Remote Authentication Dial-In User Service), CoA messages 480
RADIUS (Remote Authentication Dial-In User Service), local address pools 409
RADIUS (Remote Authentication Dial-In User Service), NAS-Port-IDs 448
RAM (Rate-Adaptive Mode) 229 359
RAN (Radio Access Network) 380
Random Early Discard See RED
Ranges, IP addresses 414
RASs (Remote Access Servers) 261
Rate-Adaptive Mode (RAM) 229 359
Rate-limiting, L2TP 264—265
Rate-limiting, QoS 306—313
Rate-limiting, shaping overheads 336—342
Rates 40 447
RBOC (Regional Bell Operating Company) 7
RD (Router Discovery) 435
Real-Time Network Reporting (RTNR) 293
Real-time service changes 458
Reassembly, L2TP 277—280
Receive window (RWIN) 314
RED (Random Early Discard) 308 315
Redback 19
Redstone 19
Reduction of routing churn 423
Redundancy edge 114—115
Redundancy, bit stream interconnects 256—259
Redundancy, multiple RPs 82
Redundancy, PWE3 128
Redundancy, VPLS 151
Reed-Solomon FEC codes 226
References, OSI model 444
Reflection, routes, BGP 153
Refreshing DHCP leases 203
Regional Bell Operating Company (RBOC) 7
Reichspostamt (Germany) 245
Relay agents 199 201 215
relays 416
Releases, 3GPP 369
remote access servers See RASs
Remote address pools 411—412
Remote Authentication Dial-In User Service See RADIUS
Remote Line Card Shelves (RLCSs) 13
Rendezvous point (RP) 81—82
Renewing DHCP leases 203
Requests, CAC 300
Requirements for high-Availability broadband access 170—171
Residential access servers 15
Residential Gateway See RG
Residential service provisioning 445—450
Resolving MAC addresses 418
Resource reservation protocol See RSVP
Resource Reservation Protocol with Traffic Engineering (RSVP-TE) 76
Resources, PPPoE 191
Reticulation, copper network 234—235
Reverse OIF mapping 465
reverse path forwarding (RPF) 90—92 471—472
RFC 2698 299
RFC 791 294
RG (Residential Gateway) 39
RG (Residential Gateway), DHCP 212
RG (Residential Gateway), PPPoE 190
RG (Residential Gateway), routed mode 416
RG (Residential Gateway), security 472
RG (Residential Gateway), troubleshooting 172
RLCSs (Remote Line Card Shelves) 13
Round-Robin scheduling 319—322
Round-trip time (RTT) 314
Route-target leaking (VRF) 74
Routed modes, LAN addressing 428—429
Routed modes, PPPoE 194—196
Router Discovery (RD) 435
Routers home See RG
Routers, BGP 153
Routers, BSR 84
Routers, CE 70
routers, DR 81
Routers, IPv6 432—434
Routers, Juniper 408—410
Routers, MRD 436
Routers, PE 37
Routers, QoS 342—346
Routes aggregation 426
Routes distribution 423—426
Routes, framed 420
Routing 423
routing tables 422
Routing, ARP 418
Routing, blackhole/sinkhole 489
Routing, control planes 486—488
Routing, MPLS 129
Routing, non-VPN models 76
Routing, NSR 180
Routing, PBR 71
Routing, policies 423—426
Routing, subscriber addresses 421—427
Routing, VRF 59 411
RP (rendezvous point) 81—82
RPF (Reverse Path Forwarding) 90—92 471—472
RSVP (Resource Reservation Protocol) 143 296
RSVP-TE (Resource Reservation Protocol with Traffic Engineering) 76 108
RTNR (Real-Time Network Reporting) 293
RTT (round-trip time) 314
RWIN (Receive window) 314
S-CSCF (Serving CSCF) 387
S-VLANs (Stacked VLANs) 292 355
Sampling 5
SAR (Segmentation and Reassembly) hardware 339
SAs (Source addresses) 489
SBCs (Session Border Controllers) 65 302 357
SBCs (Session Border Controllers) as Application Layer proxies 475—477
SBCs (Session Border Controllers), firewalls 479
Scaling IGMP proxy 102—103
Scaling MAC addresses 154
Scaling properties 143
Scaling VPLS 152—154
Scheduling protocols 334
Scheduling QoS 318 342
Scheduling queuing 313—318
SD-TV (Standard Definition) 44 145
SDOs (Standards Development Organizations) 370
SDP (Service Delivery Point) 159
Security packets 489
Security, authentication 481—483
Security, blackhole/sinkhole routing 489
Security, control planes 486—488
Security, DoS attacks 470—473
security, firewalls 479
Security, lawful interception 480—481
Security, password-free networks 483
Security, RG 472
Security, video 51—53
Security, VoD 484—486
Security, VoIP 474—480
Segmentation and Reassembly (SAR) hardware 339
SEGW (Security Gateway) 392
Selecting access of protocols 207—216
Selecting Layer 2 VPNs 142—144
Selecting networks 77—78
Serial Line Interface Protocol See SLIP
Serialization 265
Servers 387
Servers, A-servers 43
Servers, BRAS 38
Servers, D-servers 43
servers, DHCP 412—419
Servers, LDAP 457
Servers, LNSs 450
Servers, RADIUS 448
Servers, RASs 261
Service Delivery Point (SDP) 159
Service level agreement See SLA
Service Provisioning Engine (SPE) 449
Service Selection Gateway (SSG) 457
Services, assigning 454 456
Services, circuits 374—375
Services, COPS 461
Services, DiffServ 296—299
Services, dynamic provisioning 445—450
Services, FMC 389—394
Services, gateways 445
Services, history of networks 15—20
Services, IMS 387
Services, IntServ 296
Services, IPTV 41—45
Services, L2TP for narrowband networks 262
Services, LLU 246—249
Services, management elements 446—450
Services, MBMS 396
Services, Microsoft MSTV 43—44
Services, multiplexing 158
Services, packets 374—375
Services, premium gaming 56—57
Services, provisioning 451—467
Services, QoS See QoS
Services, RADIUS 448
Services, triple-play 36
Services, triple-play, data services 55—63
Services, triple-play, network topologies 36—39
Services, triple-play, Video over IP 40—55
Services, triple-play, voice services 63—66
Services, Unicast IPTV 44
Services, VLANs 156—162
Services, walled-garden 58—59
Serving CSCF (S-CSCF) 387
Serving GPRS Support Nodes (SGSNs) 379
Session Border Controllers See SBCs
Session Initiation Protocol See SIP
Sessions 188 211
Set dhcp relay command 416
Set-Top Boxes (STBs) 39 196
SFD (Suspicious Flow Detection) 487
SGSNs (Serving GPRS Support Nodes) 379
Shannon-Hartley theorem 224
Shaping overheads 336—342
Shared Metallic Path Facility (SMPF) 246
SHDSL (Single-Pair High-Speed DSL 235
Shortest Path Tree (SPT) 81
Signals 87—88 142
Single source addresses, applying multiple injection points 107—108
Single VLAN per DSLAM 159
Single-Pair High-Speed DSL See SHDSL
SingTel (Singapore) 389
Sinkhole routing 489
SIP (Session Initiation Protocol) 374 393
SLA (service level agreement) 292
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