Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Luo W., Pignataro C., Bokotey D. — Layer 2 VPN architectures
Luo W., Pignataro C., Bokotey D. — Layer 2 VPN architectures



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Layer 2 VPN architectures

Авторы: Luo W., Pignataro C., Bokotey D.

Аннотация:

Layer 2 VPN Architectures introduces readers to Layer 2 Virtual Private Network (VPN) concepts, and describes Layer 2 VPN techniques via introductory case studies and comprehensive design scenarios. This book assists readers looking to meet those requirements by explaining the history and implementation details of the two technologies available from the Cisco Unified VPN suite: Any Transport over MPLS (ATOM) for MPLS-based cores and Layer 2 Tunneling Protocol version 3 (L2TPv3) for native IP cores. The structure of this book is focused on first introducing the reader to Layer 2 VPN benefits and implementation requirements and comparing them to those of Layer 3 based VPNs, such as MPLS, then progressively covering each currently available solution in greater detail.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2005

Количество страниц: 648

Добавлена в каталог: 28.05.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
pseudowires, IW, MTU      
pseudowires, IW, routed      
pseudowires, IW, routed, case study      
pseudowires, label mapping messages, decoding      
pseudowires, PSN layer      
pseudowires, VPLS, configuring      
pseudowires, WAN protocols over MPLS pseudowires, configuring      
PSN layer (packet-switched network)      
PTI field (ATM cells)      
pure Layer 2 model
PVCS      
PWE3 (Pseudowire Emulation Edge to Edge) group      
QinQ      
QinQ, asymmetrical links      
QinQ, restrictions      
QinQ, tagging process      
QoS      
QoS, ATM traffic management      
QoS, configuring for VPLS      
QoS, in AToM      
QoS, in AToM, intermediate markings      
QoS, in AToM, queuing      
QoS, in AToM, traffic marking      
QoS, in AToM, traffic policing      
QoS, input service policies      
QoS, queuing      
QoS, traffic marking, configuring      
QoS, traffic policing      
QoS, traffic policing, configuring      
QoS, traffic shaping      
queuing      
queuing, configuring      
queuing, in AToM      
Rapid Spanning Tree Protocol      
redundancy, VPLS multihoming      
remote circuit id command      
required EoMPLS transport preconfiguration      
restrictions of 802.1Q      
RFC 1547      
RFC 1547, goals of      
RFC 1661, PPP encapsulation      
routed IW      
routed IW, Frame Relay-to-ATM, case study      
routed IW, Frame Relay-to-PPP using L2TPv3, case study      
routed IW, Frame Relay-to-VLAN using AToM, case study      
routed IW, MTU considerations      2nd
routers, EoMPLS      
routers, EoMPLS, configuration case studies      
routers, EoMPLS, configuration case studies, port-based transport      
routers, EoMPLS, configuration case studies, VLAN-based transport      
routers, EoMPLS, debugging on PE routers      
routers, EoMPLS, troubleshooting      
security, LDP      
selection criteria for L2TPv3      
selection criteria for L2TPv3, advanced network services      
selection criteria for L2TPv3, existing network installation base      
selection criteria for L2TPv3, interoperability      
selection criteria for L2TPv3, network operation complexity      
sequence numbers      
Service Providers      
service-delimiting VLAN tags      
session establishment (LDP)      
session messages (LDP)      
session negotiation, L2TPv3      
shaping ATM traffic      
show arp command      
show connection command      
show ip traffic command      
show mpls forwarding-table command      2nd
show mpls l2transport vc command      2nd
show mpls l2transport vc commands      
show mpls ldp discovery command      
show mpls ldp neighbor command      
show processes cpu command      
show sss circuits command      
signaling, VPLS      
single cell relay mode (ATM)      
SNAP (Subnetwork Access Protocol)      
standardizing pseudowire emulation, IETF working groups      
standardizing pseudowire emulation, IETF working groups, draft-kompella      
standardizing pseudowire emulation, IETF working groups, draft-martini      
status enquiry messages (LMI)      
status messages (LMI)      
StopCCN (Stop-Control-Connection-Notification)      
STP (Spanning Tree Protocol)      
STP Root Guard      
STP, limitations of      
STP, operation overview      
STP, Rapid Spanning Tree Protocol      
SUP7203BXL-based systems, configuring VLAN-based EoMPLS      
switches      
switches, EoMPLS configuration case studies      
switches, EoMPLS configuration case studies, port-based transport      
switches, EoMPLS configuration case studies, VLAN-based transport      
switches, troubleshooting EoMPLS      
tagging process, 802.1Q      
targeted LDP sessions      
TCP MD5      
TLS (Transparent LAN Service)      2nd
topological models (VPLS)      
topological models (VPLS), full mesh      
topological models (VPLS), hierarchical VPLS      
topological models (VPLS), hierarchical VPLS, with MPLS access network      
topological models (VPLS), hierarchical VPLS, with QinQ access network      
topological models (VPLS), hub and spoke      
topological models (VPLS), partial mesh      
ToS reflection      
traffic management      
traffic management, ATM      
traffic management, ATM, traffic policing      
traffic management, ATM, traffic shaping      
traffic management, Frame Relay      
traffic management, Frame Relay, traffic policing      
traffic management, Frame Relay, traffic shaping      
traffic marking      
traffic marking, in AToM      
traffic marking, in AToM, intermediate markings      
traffic marking, MQC      
traffic marking, setting ToS value      
traffic marking, ToS reflection      
traffic policing      
traffic policing, configuring      
traffic policing, in AToM      
Traffic shaping      
transparent mode (OAM)      
transporting pseudowire traffic over PSN      
triggering PMTUD      
troubleshooting      
troubleshooting, EoMPLS      
troubleshooting, EoMPLS, on routers      
troubleshooting, EoMPLS, on switches      
troubleshooting, HDLCoMPLS configuration      
troubleshooting, port transparency for EoMPLS port-based transport      
troubleshooting, PPPoMPLS configuration      
troubleshooting, VLAN rewrite on Cisco 12000 series routers      
troubleshooting, VLAN-based EoMPLS on switches      
troubleshooting, VLAN-based EoMPLS transport      
trunk mode, VPLS configuration      
tunnel labels      
tunnel ports      
Tunneling      
tunneling, 802.1q      
tunneling, 802.1q, asymmetrical links      
tunneling, 802.1q, restrictions      
tunneling, 802.1q, tagging process      
tunneling, L2TPv3 mechanisms      
U-bit (unknown message bit)      
UBR (unspecified Bit Rate)      
UBR.1 traffic policing
UBR.2 traffic policing
Unequal Cost Multipath      
UPC (usage parameter control)      
update status messages (LMI)      
UTI (Universal Transport Interface)      
VBR (variable bit rate)      
VBR.1 traffic policing
VBR.2 traffic policing
VBR.3 traffic policing
VCCV (virtual circuit connectivity verification)      
VCCV, advertising      
VCCV, data plane connectivity, verifying      
VCs (virtual circuits)      
VCs, and pseudowires      
VCs, label mapping messages, decoding      
VCs, PVCs      
verifying      
verifying, AAL5oMPLS case study configuration      
verifying, AAL5_SDUoL2TPv3 configuration      
verifying, ATM_CRoL2TPv3 configuration      
verifying, AToM hardware support      
verifying, cell packing configuration      
verifying, CRoMPLS configuration      
verifying, Ethernet port-to-port configuration      
verifying, Ethernet port-to-port dynamic session configuration      
verifying, Ethernet VLAN-to-VLAN dynamic session      
verifying, FRoL2TPv3 configuration      
verifying, FRoMPLS configuration      
verifying, HDLCoL2TPv3 configuration      
verifying, HDLCoMPLS configuration      
verifying, PPPoL2TPv3 configuration      
verifying, PPPoMPLS configuration      
Version field (LDP packets)      
VFI, VPLS configuration      
viewing encapsulation details      
virtual switches      
VLAN rewrite, configuring on Cisco 12000 series routers, case study      2nd
VLAN-based EoMPLS transport      
VLAN-based EoMPLS transport, configuring, case study      
VLAN-based EoMPLS transport, switch configuration, case study      2nd
VLAN-based EoMPLS transport, troubleshooting      
VLAN-tunneling mode (EoMPLS)      
VLANs, STP      
VLANs, STP, limitations of      
VLANs, STP, operation overview      
VPDNs, legacy Layer 2 VPNs
VPI/VCI field (ATM cells)      
VPLS (Virtual Private LAN Service)      2nd [See also hierarchical VPLS]
VPLS, access mode, configuring      
VPLS, attachment circuits      
VPLS, attachment circuits, associating to VFI      
VPLS, attachment circuits, configuring      
VPLS, configuring      
VPLS, domains      
VPLS, dot1Q-tunnel mode, configuring      
VPLS, EVCS      
VPLS, example configuration      
VPLS, flooding      
VPLS, forwarding      
VPLS, Layer 2 protocol tunneling
VPLS, multihoming      
VPLS, network reference model      
VPLS, per-VLAN MAC address limiting      
VPLS, pseudowires, displaying status      
VPLS, QoS      
VPLS, redundancy, multihoming      
VPLS, signaling      
VPLS, TLS      
VPLS, topological models      
VPLS, topological models, full mesh      
VPLS, topological models, hierarchical VPLS      
VPLS, topological models, hub and spoke      
VPLS, topological models, partial mesh      
VPLS, trunk mode, configuring      
VPLS, VFI, configuring      
VPLS, virtual switches      
VPWS      
VTP      
WANs      
WANs, AAL5_SDUoL2TPv3      
WANs, AAL5_SDUoL2TPv3, configuring      
WANs, AAL5_SDUoL2TPv3, control plan      
WANs, AAL5_SDUoL2TPv3, control plane      
WANs, AAL5_SDUoL2TPv3, data plan      2nd
WANs, AAL5_SDUoL2TPv3, verifying configuration      
WANs, ATM      
WANs, ATM, AAL      
WANs, ATM, AAL5 CPCS-SDU mode      
WANs, ATM, cell format      
WANs, ATM, encapsulation      
WANs, ATM, ILMI      2nd
WANs, ATM, interaction with pseudowire protocols      
WANs, ATM, OAM      
WANs, ATM, packet cell relay mode      
WANs, ATM, single cell relay mode      
WANs, ATM, traffic management      
WANs, ATM, traffic policing      
WANs, ATM, traffic shaping      
WANs, ATMoMPLS      
WANs, ATMoMPLS, AAL5 transport      
WANs, ATMoMPLS, cell transport      
WANs, ATM_CoL2TPv3      
WANs, ATM_CoL2TPv3, configuring      
WANs, ATM_CoL2TPv3, verifying configuration      
WANs, frame relay      
WANs, Frame Relay, encapsulation      
WANs, Frame Relay, frame format      
WANs, Frame Relay, interaction with pseudowire protocols      
WANs, Frame Relay, LMI      
WANs, Frame Relay, over L2TPv3, configuring      
WANs, Frame Relay, traffic management      
WANs, Frame Relay, traffic policing      
WANs, Frame Relay, traffic shaping      
WANs, FRoMPLS      
WANs, HDLCoMPLS      
WANs, over L2TPv3      
WANs, over L2TPv3, ATM transport      
WANs, over L2TPv3, configuring      
WANs, over L2TPv3, control plane      
WANs, over L2TPv3, data plane      
WANs, over L2TPv3, Frame Relay transport      
WANs, over L2TPv3, HDLC pseudowire transport      
WANs, over L2TPv3, L2-Specific Sublayer      
WANs, over L2TPv3, MTU considerations      
WANs, over L2TPv3, PPP transport      
WANs, over MPLS case studies      
WANs, over MPLS case studies, AAL5oMPLS      
WANs, over MPLS case studies, CRoMPLS      
WANs, over MPLS case studies, FRoMPLS      
WANs, over MPLS case studies, HDLCoMPLS      
WANs, over MPLS case studies, PPPoMPLS      
WANs, PPP encapsulation      
WANs, PPP encapsulation, frame format      
WANs, PPPoMPLS      
xconnect command, syntax      
1 2 3 4
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте