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Hellberg Ch., Boyes T., Greene D. — Broadband Network Architectures: Designing and Deploying Triple Play Services
Hellberg Ch., Boyes T., Greene D. — Broadband Network Architectures: Designing and Deploying Triple Play Services



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Название: Broadband Network Architectures: Designing and Deploying Triple Play Services

Авторы: Hellberg Ch., Boyes T., Greene D.

Аннотация:

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


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2007

Количество страниц: 557

Добавлена в каталог: 11.12.2007

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Fields, TLV      434
FIFO (First In/First Out)      313
Filter-Based Forwarding (FBF)      71
Filters, Attribute 242      456
Filters, packets      489
Filters, PIM-ASM      81
Firewalls      479 486
First In/First Out (FIFO)      313
Fixed bandwidths      293
Fixed/Mobile Convergence      See FMC
FLO (Media Forward Link Only)      396 399
Flooding attacks      470
Flooding MAC      149
Flow, service provisioning      451—467
FMC (Fixed Mobile Convergence)      366 389—394
Forward error correction (FEC)      226
Forward Explicit Congestion Notification      See FECN
Forwarding      59
Forwarding BFD      97 110 213
Forwarding EF      297
Forwarding Equivalence Class      See FEC
Forwarding FBF      71
Forwarding integration with PIM source-Specific multicast      90 92
Forwarding IPv6      433
Forwarding multicast      166
Forwarding planes      88
Forwarding policies      74
Forwarding router architectures      342—346
Forwarding RPF      90—92 471—472
Forwarding VRF address pools      411
Forwarding, distributed      344
Fragmentation, L2TP      277—280
Frame Relay      2 123—144
Framed routes      420
Framed-IP-Addresses      420
Frequency division duplexing (FDD)      221
Frequency Division Multiplexing (FDM)      220
Frequency, VDSL      231
Future of VPLS multicast delivery      96
Future of wireless broadband, applications      365—372
Future of wireless broadband, components      372—377
Future of wireless broadband, evolution of      399—403
Future of wireless broadband, FMC      389—394
Future of wireless broadband, IMS      381—389
Future of wireless broadband, video integration      395—399
G.DMT      222
G.DMT, data encoding      223—225
G.DMT, data modulation      225
G.DMT, error correction and detection      226
G.DMT, standards and spectrum      223
G.Lite      227
gaming      56—57
GAN (Generic Access Network)      391—392
GANC (Generic Access Network Controller)      392
Gateway GPRS Support Nodes (GGSNs)      379
Gateways, ALPs      302
Gateways, BNGs      469. See also BNGs
Gateways, LSSG      457
Gateways, RG, DHCP      212
Gateways, RG, PPPoE      190
Gateways, SEGW      392
Gateways, services      445
Gateways, streaming      46
Gateways, troubleshooting      172
Gaussian Minimum Shift Keying (GMSK)      367
GCRA (Generic Cell Rate Algorithm)      309
GELS (Generalized Ethernet Label Switching)      154
General Packet Radio Service      See GPRS
General Post Office      See GPO
General Switch Management Protocol (GSMP)      358
Generalized Ethernet Label Switching (GELS)      154
Generic Access Network (GAN)      391—392
Generic Access Network Controller (GANC)      392
Generic Cell Rate Algorithm (GCRA)      309
GERAN (GSM/GPRS Radio Access Network)      392
Giaddr field      415
GMSK (Gaussian Minimum Shift Keying)      367
Google video      235
GPO (General Post Office)      245
GPRS (General Packet Radio Service)      368—379
Graceful Restart      180
Groups, DiffServ      298
Groups, static IGMP      100
GSM/GPRS Radio Access Network (GERAN)      392
GSMP (General Switch Management Protocol)      358
Guarantees, IntServ      296
HA (High availability), BNG element architecture      178—181
HA (High availability), broadband access      170—181
HA (High availability), Ethernet access architecture      175—176
HA (High availability), video      43
Handsets      366
Handsets, DMH      391
Handsets, FMC      389—394
Hardware, BNG      178
Hardware, dedicated LNS load balancing      283
Hardware, distributed forwarding      344
Hardware, SAR      339
HD-TV (High Definition Television)      145 462
HDR (High data rate)      371
Head-end architecture, video      41
Headers, IP DiffServ fields      297
Headers, IPv6      432
Headers, MPLS      302
Hello (Norway)      389
HFC (Hybrid fiber/Co-Axial)      2 5 219
Hierarchical QoS      323—336
Hierarchical rate-Limiting      310
High data rate (HDR)      371
High-Availability      See HA
High-Definition Television (HD-TV)      145 462
High-Speed Circuit-Switched Data (HSCSD)      367
High-Speed Downlink Packet Access (HSDPA)      400
High-Speed Downlink Shared Channel (HS-DSCH)      401
High-Speed Uplink Packet Access (HSUPA)      400
Highly available core networks      106—115
History of networks, copper      3—6
History of networks, DSL      6—10 21—29
History of networks, DSLAM      11—14
History of networks, evolution of service      15—20
History of networks, legacy access      2
History of networks, modern broadband      30—32
History of networks, Telecommunications Act of 1996      9—10
History of QoS      294—300
Home routers      See RG
HS-DSCH (High-Speed Downlink Shared Channel)      401
HSCSD (High-Speed Circuit-Switched Data)      367
HSDPA (High-Speed Downlink Packet Access)      400
HSUPA (High-Speed Uplink Packet Access)      400
Hub-And-Spoke DSLAMs      120—121
Hybrid fiber/Co-Axial (HFC)      2 219
Hybrid VPN models      76
I-CSCF (Interrogating CSCF)      387
ICA (International Copper Association)      7
Identifying DSL ports      276—277
IDSs (Intrusion Detection Systems)      476 486
IGMP (Internet Group Management Protocol)      484—485
IGMP (Internet Group Management Protocol) proxy      102—103
IGMP (Internet Group Management Protocol), PIM-SSM mapping      99—106
IGPs (Interior Gateway Protocols)      433
IMA (Inverse multiplexing)      228
Immediate leave      102
Implementing Annexes      239
IMS (IP Multimedia Subsystem)      366 381—389
IMT-2000 (International Mobile Telecommunications 2000)      365—366
IMT-2000 (International Mobile Telecommunications 2000), IMT-DS (Direct Sequence)      365
IMT-2000 (International Mobile Telecommunications 2000), IMT-FT (Frequency Time)      366
IMT-2000 (International Mobile Telecommunications 2000), IMT-MC (Multi-Carrier)      365
IMT-2000 (International Mobile Telecommunications 2000), IMT-SC (Single Carrier)      366
IMT-2000 (International Mobile Telecommunications 2000), IMT-TD (Time Division)      365
Initializing ADSL2      228
Injection points, multiple      107—108
Integrated Services      See IntServ
Integrated Services Digital Network      See ISDN
Integration, core protocols with multicast      112
Integration, PIM source-Specific multicast      90—92
integration, video      395—399
Integration, WAN      390
Interception (Lawful)      480—481
Interconnects, ATM      249—253
Interconnects, Ethernets      253—256
Interconnects, L2TP      261—280
Interconnects, Layer 3      259—261
Interconnects, redundant bit stream      256—259
Interfaces, BVI      198
interfaces, CLI      480
Interfaces, loopback      408
Interfaces, OIF      464—465
Interfaces, protection      177 256
Interfaces, radio (IMT-2000)      365—366
Interfaces, southbound networks      445 449—450 461—462
Interim Accounting packet      274
Interior Gateway Protocols      See IGPs
International Copper Association (ICA)      7
International Mobile Telecommunications 2000      See IMT-2000
International Telecommunication Union      See ITU
Internet      70
Internet Group Management Protocol      See IGMP
Internet Protocol      See IP
Internet Protocol Data Cast (IPDC)      397
Internet Protocol version 6      See IPv6
Internet Service Providers      See ISPs
Interprovider VPNs      78
Interrogating CSCF (I-CSCF)      387
Interworking services      160—162
intrusion detection systems      See IDSs
IntServ (Integrated Services)      296
Inverse multiplexing (IMA)      228
IOS, classification configuration      305
IOS, hierarchical rate-Limiting      312
IOS, scheduler hierarchies      330
IP (Internet Protocol), addresses, Framed-IP-Addresses      420
IP (Internet Protocol), addresses, ranges      414
IP (Internet Protocol), BNGs      469
IP (Internet Protocol), bridged IP over ATM      198
IP (Internet Protocol), field prioritization      294
IP (Internet Protocol), headers in DiffServ fields      297
IP (Internet Protocol), management      405
IP (Internet Protocol), management, assigning static PPP addresses      420—421
IP (Internet Protocol), management, changes to IPv6      431—432
IP (Internet Protocol), management, configuring BNG connections      406—427
IP (Internet Protocol), management, customer LAN addressing      427—430
IP (Internet Protocol), management, DHCP      412—419
IP (Internet Protocol), management, local address pools      407—411
IP (Internet Protocol), management, remote address pools      411—412
IP (Internet Protocol), management, router/Software support (IPv6)      432—434
IP (Internet Protocol), management, routing subscriber addresses      421—427
IP (Internet Protocol), management, triple play with IPv6      430 441
IP (Internet Protocol), native multicast deployment      79—85
IP (Internet Protocol), packets      471
IP (Internet Protocol), precedence      294 299
IP (Internet Protocol), Video over      40—55
Ip address-Pool local command      409
IP control protocol (IPCP)      420
Ip helper-address command      416
IP Multimedia Subsystem      See IMS
IP over Ethernet      See IPoE
IPCP (IP control protocol)      420
IPDC (Internet Protocol Data Cast)      397
IPoE (IP over Ethernet)      185
IPTV services      41—45
IPv6 (Internet Protocol version 6), access protocols      216
IPv6 (Internet Protocol version 6), changes to      431—432
IPv6 (Internet Protocol version 6), deployment      436—441
IPv6 (Internet Protocol version 6), deployment, DHCP      439
IPv6 (Internet Protocol version 6), deployment, L2TP      440—441
IPv6 (Internet Protocol version 6), deployment, PPPoE      436—439
IPv6 (Internet Protocol version 6), router/Software support      432—434
IPv6 (Internet Protocol version 6), triple play with      430—441
ISDN (Integrated Services Digital Network)      2
Islands (Protocol)      434
ISPs (Internet Service Providers)      9
ISSU      181
ITU (International Telecommunication Union)      220
J-Flow      488
Jitter      291
Juniper JUNOS, classification configuration      304
Juniper JUNOS, policy forwarding      73
Juniper JUNOS, PPPoA      189
Juniper JUNOSe, configuration      408—410
Juniper JUNOSe, DHCP      416
Juniper JUNOSe, hierarchical rate-Limiting      310
Juniper JUNOSe, scheduler hierarchies      328
Kompella Layer 2 VPNs      135—142
Kompella Layer 2 VPNs, selecting      142—144
L2TP (Layer 2 Tunneling Protocol), Access Aggregation      25
L2TP (Layer 2 Tunneling Protocol), IPv6 deployment      440—441
L2TP (Layer 2 Tunneling Protocol), wholesale broadband networks      261—283
L2TP Network Server      See LNS
L2TP Tunnel Switching (LTS)      270—271
L2VPNs (Layer 2 VPNs)      124 128—144
L3VPN (MPLS VPN)      69
Label distribution protocol      See LDP
Label Switched Paths (LSPs)      76
Labels, GELS      154
Labels, MPLS      See MPLS
Labels, signaling      142
LAC (Layer 2 Tunneling Protocol Access Concentrator)      262
LAC (Layer 2 Tunneling Protocol Access Concentrator), LAC-Based load balancing      282—283
LAC-To-LNS authentication      274—276
LAD (Local Area Data) circuits      9
LANs (Local-Area networks), customer addressing      427—430
LANs (Local-Area networks), DHCP      196
Last mile broadband access      219
Last mile broadband access, ADSL      220 227
Last mile broadband access, ADSL2+      227—230
Last mile broadband access, SHDSL      235
Last mile broadband access, troubleshooting      172
Last mile broadband access, VDSL/VDSL2      230—235
Last mile broadband access, VLANs      168
Last mile copper loops      1
Laurel      19
Lawful interception      480—481
Layer      2
Layer 2 Control (L2C) protocol      467
Layer 2 Tunneling Protocol      See L2TP
Layer 2 Tunneling Protocol Access Concentrator (LAC)      262
Layer 2 Tunneling Protocol Network Servers (LNSs)      450
Layer 2 VPNs (L2VPNs)      124 128—144
Layer 3,VPNs (L3VPNs)      59
Layer, DSL      22
Layer, pseudowires      123—144
Layer, VPNs      62
Layer, wholesale broadband networks      259—261
Layers, IMS      382
Layers, OSI Model      444
Layers, SBCs as proxies      475—477
LCP (Link Control Protocol)      185 274
LDAP (Lightweight Directory Access Protocol)      457
LDP (Label Distribution Protocol)      76 143
Leaking, VRF route-Target      74
Learning bridges      175
Leases, DHCO      211
leases, DHCP      203
LEC (Local Exchange Carrier)      2
Legacy access networks      2
LFN (Long Fat Network)      314
LH (long-haul) fiber-Optic transmission      119
Lightweight Directory Access Protocol      See LDAP
Limitations of bandwidth      291
Limitations of CAC      462—467
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