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



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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
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Предметный указатель
L2TPv3, point-to-point LAN transport, Ethernet port-to-port manual session      
L2TPv3, point-to-point LAN transport, Ethernet port-to-port manual session with keepalive      2nd
L2TPv3, point-to-point LAN transport, Ethernet VLAN-to-VLAN dynamic session      2nd
L2TPv3, point-to-point LAN transport, verifying configuration      
L2TPv3, PPP transport      
L2TPv3, PPP transport, configuring      
L2TPv3, PPP transport, control plane negotiation      
L2TPv3, PPP transport, data plane      
L2TPv3, PPP transport, verifying configuration      
L2TPv3, QoS      
L2TPv3, QoS, input service policies      
L2TPv3, QoS, queuing      
L2TPv3, QoS, traffic marking      
L2TPv3, QoS, traffic policing      
L2TPv3, selection criteria      
L2TPv3, selection criteria, advanced network services      
L2TPv3, selection criteria, existing network installation base      
L2TPv3, selection criteria, interoperability      
L2TPv3, selection criteria, network operation complexity      
L2TPv3, session negotiation      
L2TPv3, supported Layer 2 protocols
label advertisement mode (MPLS)      
label bindings      
label disposition      
label distribution control mode (MPLS)      
Label distribution protocol      
label imposition      
Label Mapping messages      
Label Mapping messages, decoding      
label retention mode (MPLS)      
label spaces      
label stacking      
label stacking, AToM      
Label TLV encodings      
Label Withdraw messages      
Layer 2 local switching
Layer 2 local switching, ATM-to-ATM
Layer 2 local switching, Ethernet-to-Ethernet
Layer 2 local switching, Frame Relay-to-Frame Relay
Layer 2 protocol tunneling, configuring for VPLS
Layer 2 protocols supported by L2TPv3
Layer 2 VPN forwarder
Layer 2-specific matching and setting      
Layer 2-specific matching and setting, ATM over MPLS QoS      
Layer 2-specific matching and setting, Ethernet over MPLS QoS      
Layer 2-specific matching and setting, Frame Relay over MPLS QoS      
Layer 3 VPNs      
Layer 3 VPNs, limitations of
LCCEs (L2TP Control Connection Endpoints)      2nd
LDP (Label Distribution Protocol)      
LDP Identifier field (LDP packets)      
LDP, advertisement messages      
LDP, authentication for pseudowire signaling, configuring      
LDP, discovery      
LDP, label advertisement mode      
LDP, label bindings      
LDP, label distribution control mode      
LDP, label mapping messages, decoding      2nd
LDP, label retention mode      
LDP, LSRs      
LDP, LSRs, discovery mechanisms      
LDP, LSRs, session establishment      
LDP, messages      
LDP, messages, fields      
LDP, packets      
LDP, peers      
LDP, security      
LDP-based VPLS      
leaky bucket model      
leaky bucket model, ATM      
legacy Layer 2 VPNs
legacy Layer 2 VPNs, ATM
legacy Layer 2 VPNs, DLSw
legacy Layer 2 VPNs, Frame Relay
legacy Layer 2 VPNs, VPDNs
liberal label retention mode      
like-to-like attachment circuits      
limitations      
limitations of Layer 3 VPNs
limitations of STP      
LMI (Local Management Interface)      
LMI, message format      
LMI, status enquiry messages      
LMI, status messages      
LMI, update status messages      
load sharing      
load sharing, Equal-Cost Cost Multipath      
load sharing, preferred path, configuring      
load sharing, Unequal Cost Multipath      
local emulation mode (OAM)      
local switching      
local switching, ATM attachment circuits      
local switching, ATM-to-ATM      
local switching, Ethernet-to-Ethernet      
local switching, Ethernet-to-VLAN      
local switching, Frame Relay-to-Frame Relay      
loopback cells (OAM)      
LSPs, FEC      
LSRs      
LSRs, LDP discovery mechanisms      
LSRs, session establishment      
manual pseudowire configuration      
Messages      
messages, LDP      
messages, LDP, advertisement      
messages, LDP, fields      
messages, LMI      
messages, LMI, status      
messages, LMI, status enquiry      
messages, LMI, update status      
Metro Ethernet      
MPLS      
MPLS, AToM      
MPLS, AToM, ATM encapsulation      
MPLS, AToM, control word negotiation      
MPLS, AToM, Ethernet encapsulation      
MPLS, AToM, Frame Relay encapsulation      
MPLS, AToM, HDLC encapsulation      
MPLS, AToM, label stacking      
MPLS, AToM, PPP encapsulation      
MPLS, AToM, pseudowire label binding      
MPLS, AToM, pseudowires      
MPLS, AToM, pseudowires, establishing      
MPLS, AToM, selection criteria      
MPLS, AToM, sequence numbers      
MPLS, AToM, supported Layer 2 protocols
MPLS, HDLCoMPLS      
MPLS, LDP      
MPLS, LDP, advertisement messages      
MPLS, LDP, discovery mechanisms      
MPLS, LDP, label advertisement mode      
MPLS, LDP, label bindings      
MPLS, LDP, label distribution and management      
MPLS, LDP, label distribution control mode      
MPLS, LDP, label retention mode      
MPLS, LDP, label space      
MPLS, LDP, messages      
MPLS, LDP, packets      
MPLS, LDP, security      
MPLS, LDP, session establishment      
MPLS, traffic engineering      
MPLS, traffic engineering, Fast Reroute      2nd
MPLS, traffic engineering, tunnels, preferred path configuration      
MPLS, WAN protocol over pseudowire configuration control plane      
MPLS, WAN protocol over pseudowire configuration control plane, control word negotiation      
MPLS, WAN protocol over pseudowire configuration control plane, data plane encapsulation      
MPLS, WAN protocol over pseudowire configuration control plane, MTU requirements      
MPLS, WAN protocol over pseudowire configuration control plane, pseudowire types      
MQC (Modular QoS CLI) configuration      
MQC (Modular QoS CLI) configuration, traffic marking      
MSTP (Multiple Spanning Tree Protocol)      
MTU      
MTU, adjusted MTU      
MTU, IP IW considerations      2nd
MTU, L2TPv3 transport overhead      
MTU, requirements      
MTU, requirements for EoMPLS      
MTU, requirements, configuring WAN protocols over MPLS pseudowires      
multi-AS networks, pseudowire emulation      
multi-AS networks, pseudowire emulation, interconnecting psuedowires with dedicated circuits      2nd
multihoming VPLS      2nd
multipoint connectivity, VPLS      
multipoint connectivity, VPLS, configuring      
multipoint connectivity, VPLS, EVCS      
multipoint connectivity, VPLS, example configuration      
multipoint connectivity, VPLS, flooding      
multipoint connectivity, VPLS, forwarding      
multipoint connectivity, VPLS, full-mesh topological model      
multipoint connectivity, VPLS, hierarchical VPLS      
multipoint connectivity, VPLS, hub-and-spoke topological model      
multipoint connectivity, VPLS, Layer 2 protocol tunneling
multipoint connectivity, VPLS, multihoming      2nd
multipoint connectivity, VPLS, network reference model      
multipoint connectivity, VPLS, partial-mesh topological model      
multipoint connectivity, VPLS, per-VLAN MAC address limiting      
multipoint connectivity, VPLS, QoS      
multipoint connectivity, VPLS, redundancy      
multipoint connectivity, VPLS, signaling      
multipoint connectivity, VPLS, TLS      
multipoint connectivity, VPLS, topological models      
multipoint connectivity, VPLS, virtual switches      
native service processing (pseudowire emulation)      
NLPID field (Frame Relay frames)      
notification messages (LDP)      
NRM (Normal Response Mode)      
OAM      2nd
OAM emulation      
OAM, loopback cells      
OAM, operational modes      
OUI field (Frame Relay frames)      
out-of-order packets, sequencing      
packet cell relay mode (ATM)      
packet-switched network layer (L2TPv3)      
Packets      
packets, EoMPLS      
packets, EoMPLS, fields      
packets, EoMPLS, label disposition      
packets, EoMPLS, label imposition      
packets, LDP      
packets, out-of-order, sequencing      
Padding field (Frame Relay frames)      
PARC (Palo Alto Research Center)      
partial-mesh VPLS topological model      
payload layer (pseudowire emulation)      
PDU Length field (LDP packets)      
PE device system architecture      
PE device system architecture, control plane      
PE device system architecture, data plane      
PE routers      
PE routers, debugging EoMPLS operation      2nd
PE routers, VLAN rewrite configuration      
PE routers, VLAN-based EoMPLS transport configuration      
PE switches, VLAN-based EoMPLS configuration      
PEP (pseudowire encapsulation processor)      
per-interface label space      
per-platform label space      
PHP (Penultimate Hop Popping)      
physical layer (ATM)      
PID field (Frame Relay frames)      
PMTUD (path maximum transmission unit discovery)      
PMTUD, combining with DF bit      
PMTUD, fragmentation, avoiding      
PMTUD, implementing      
PMTUD, switching statistics, displaying      
PMTUD, triggering      
point-to-point LAN transport      2nd
point-to-point LAN transport, Ethernet port-to-port dynamic session      
point-to-point LAN transport, Ethernet port-to-port dynamic session, configuring      
point-to-point LAN transport, Ethernet port-to-port dynamic session, data plane details      
point-to-point LAN transport, Ethernet port-to-port dynamic session, verifying configuration      
point-to-point LAN transport, Ethernet port-to-port manual session      
point-to-point LAN transport, Ethernet port-to-port manual session with keepalive      
point-to-point LAN transport, Ethernet port-to-port manual session with keepalive, data plane details      
point-to-point LAN transport, Ethernet port-to-port manual session with keepalive, verifying configuration      
point-to-point LAN transport, Ethernet port-to-port manual session, data plane details      
point-to-point LAN transport, Ethernet port-to-port manual session, verifying      2nd
point-to-point LAN transport, Ethernet VLAN-to-VLAN dynamic session, configuring      
Policing      
policing, ATM traffic      
policing, ATM traffic, CBR.1      
policing, ATM traffic, UBR.1      
policing, ATM traffic, UBR.2      
policing, ATM traffic, VBR.1      
policing, ATM traffic, VBR.2      
policing, ATM traffic, VBR.3      
policing, Frame Relay      
port transparency, configuring for EoMPLS port-based transport      
port-based EoMPLS transport, port-based EoMPLS transport configuration      
port-based EoMPLS transport, port-based EoMPLS transport configuration, case study      
port-based EoMPLS transport, port-based EoMPLS transport configuration, switch configuration case study      
port-tunneling mode (EoMPLS)      
post-fragmentation      
PPP (Point-to-Point Protocol)      
PPP over L2TPv3      
PPP over L2TPv3, configuring      
PPP over L2TPv3, control plane negotiation      
PPP over L2TPv3, data plane      
PPP over L2TPv3, verifying configuration      
PPP, encapsulation      
PPP, frame format      
PPP, PPPoMPLS      
PPP, PPPoMPLS, case study configuration      
pre-fragmentation      
preferred path      
preferred path, configuring      
preferred path, with IP routing, configuring      2nd
preferred path, with MPLS Traffic Engineering tunnels, configuring      
Protocol field (HDLC frames)      
Protocol field (PPP frames)      
protocol layers of pseudowire emulation      2nd
pseudowire class template configuration, case study      
pseudowire emulation      [See also pseudowires]
pseudowire emulation, auto-discovery mechanism      
pseudowire emulation, configuring      
pseudowire emulation, in multi-AS networks      
pseudowire emulation, in multi-AS networks, interconnecting psuedowires with dedicated circuits      
pseudowire emulation, native service processing      
pseudowire emulation, network reference model      
pseudowire emulation, PE device system architecture      
pseudowire emulation, PE device system architecture, control plane      
pseudowire emulation, PE device system architecture, data plane      
pseudowire emulation, PEP      
pseudowire emulation, protocol layers      
pseudowire emulation, standardization      
pseudowire emulation, standardization, draft-kompella      
pseudowire emulation, standardization, draft-martini      
pseudowire emulation, standardization, IETF working groups      
pseudowire emulation, transporting over PSN      
Pseudowire ID FEC element encoding      
pseudowire label binding      
pseudowire-class command, syntax      
pseudowires      
pseudowires, and VCs      
pseudowires, AToM      2nd
pseudowires, connectivity verification model      
pseudowires, connectivity verification model, data plane connectivity, verifying      
pseudowires, connectivity verification model, VCCV      
pseudowires, IW      
pseudowires, IW, bridged      
pseudowires, IW, case studies      
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