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Авторизация |
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Поиск по указателям |
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Luo W., Pignataro C., Bokotey D. — Layer 2 VPN architectures |
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Предметный указатель |
control connection mechanism (L2TPV3), control message to encapsulation
Control field (Frame Relay frames)
Control field (HDLC frames)
Control field (PPP frames)
Control Message Authentication (L2TPv3)
control messages, L2TPv3
control packets, L2TPv3
control plane
control plane, configuring WAN protocols over MPLS pseudowires
control plane, L2TPv3
control plane, PE device system architecture
control word negotiation
control word negotiation, AToM
control word negotiation, configuring WAN protocols over MPLS pseudowires
criteria
criteria, for AToM selection
criteria, for AToM selection, advanced network services
criteria, for AToM selection, existing network installation base
criteria, for AToM selection, interoperability
criteria, for AToM selection, network operation complexity
criteria, for L2TPv3 selection
criteria, for L2TPv3 selection, advanced network services
criteria, for L2TPv3 selection, existing network installation base
criteria, for L2TPv3 selection, interoperability
criteria, for L2TPv3 selection, network operation complexity
CRoL2TPv3
CRoMPLS (cell relay transport over MPLS)
CRoMPLS (cell relay transport over MPLS), case study configuration
CS (convergence sublayer) PDUs
CS-PDU
CSMA-CD
data encapsulation, L2TPv3
data encapsulation, L2TPv3, Demultiplexing Sublayer field
data encapsulation, L2TPv3, Encapsulation Sublayer field
data encapsulation, L2TPv3, packet-switched network layer
data plane
data plane, connectivity, verifying
data plane, encapsulation, configuring WAN protocols over MPLS pseudowires
data plane, PE device system architecture
debug acircuit event command
debug mpls l2transport packet data command
debug mpls l2transport signaling message command 2nd
debugging EoMPLS on PE routers 2nd
decoding LDP label mapping messages 2nd
Demultiplexing Sublayer field (L2TPv3)
DF bit, combining with PMTUD
DiffServ
discovery mechanisms (LDP)
discovery messages (LDP)
displaying VPLS pseudowire status
DLCIs
DLSw, legacy Layer 2 VPNs
dot1Q-tunnel mode, VPLS configuration
downstream on demand label advertisement mode
draft-kompella
draft-martini
DTE (data terminal equipment)
DTP (Dynamic Trunking Protocol)
dual leaky bucket model
dynamic protocol signaling
ECMP (Equal-Cost Multipath)
Encapsulation
encapsulation layer (pseudowire emulation)
Encapsulation Sublayer field (L2TPv3)
encapsulation, ATM
encapsulation, ATM, AAL
encapsulation, ATM, cell format
encapsulation, AToM
encapsulation, AToM, for ATM transport
encapsulation, AToM, for Ethernet transport
encapsulation, AToM, for Frame Relay transport
encapsulation, AToM, for HDLC transport
encapsulation, AToM, for PPP transport
encapsulation, for Ethernet-to-VLAN local switching Ethernet IW
encapsulation, for Frame Relay-to VLAN IP IW using AToM
encapsulation, for Frame Relay-to-PPP-IW using L2TPv3
encapsulation, for VLAN-to-bridged IW using L2TPv3
encapsulation, IW
encapsulation, UTI, fields
enhanced Layer 2 VPNs
enhanced Layer 2 VPNs, AToM
EoMPLS (Ethernet over MPLS)
EoMPLS, debugging on PE routers
EoMPLS, label disposition
EoMPLS, label imposition
EoMPLS, label stack
EoMPLS, MTU size requirements
EoMPLS, MTU size requirements, calculating
EoMPLS, packets
EoMPLS, packets, fields
EoMPLS, packets, format
EoMPLS, supported VC types
EoMPLS, transport, case studies
EoMPLS, transport, case studies, port-based
EoMPLS, transport, case studies, port-based, switch configuration
EoMPLS, transport, case studies, preconfiguration requirements
EoMPLS, transport, case studies, pseudowire class template configuration
EoMPLS, transport, case studies, VLAN rewrite 2nd
EoMPLS, transport, case studies, VLAN-based
EoMPLS, transport, case studies, VLAN-based, switch configuration
EoMPLS, troubleshooting
EoMPLS, troubleshooting, on routers
EoMPLS, troubleshooting, on switches
Equal-Cost Cost Multipath 2nd
establishing AToM pseudowires
Ethernet
Ethernet II frames
Ethernet IW
Ethernet IW, ATM AAL5-to-VLAN using AToM, case study
Ethernet IW, case study
Ethernet IW, environment considerations
Ethernet IW, MTU
Ethernet IW, using AToM, case study
Ethernet IW, using L2TPv3, case study
Ethernet, CSMA-CD
Ethernet, frames
Ethernet, Metro Ethernet
Ethernet, port-to-port dynamic session
Ethernet, port-to-port dynamic session, configuring
Ethernet, port-to-port dynamic session, data plane details
Ethernet, port-to-port dynamic session, verifying configuration
Ethernet, port-to-port manual session
Ethernet, port-to-port manual session, configuring 2nd
Ethernet, port-to-port manual session, data plane details 2nd
Ethernet, port-to-port manual session, verifying configuration 2nd
Ethernet, VLAN-to-VLAN dynamic session
Ethernet, VLAN-to-VLAN dynamic session, configuring
Ethernet, VLAN-to-VLAN dynamic session, control plane details
Ethernet, VLAN-to-VLAN dynamic session, frame encapsulation
Ethernet, VLAN-to-VLAN dynamic session, verifying configuration
Ethernet-to-Ethernet local switching 2nd
Ethernet-to-VLAN local switching
EVCS (Ethernet Virtual Connection Service)
evolution of L2TPv3
example VPLS configuration
extended LDP discovery
F-bit (forward unknown TLV bit)
Fast Reroute
FCS field
FCS field, Frame Relay frames
FCS field, HDLC frames
FCS field, PPP frames
FEC (Forwarding Equivalence Class)
Fields
fields, of LDP messages
fields, of UTI encapsulation
FLAG field
Flag field, Frame Relay frames
Flag field, HDLC frames
Flag field, PPP frames
| flooding, VPLS
forwarding, VPLS
Fragmentation
fragmentation, adjusted MTU
fragmentation, avoiding in L2TPv3 networks
fragmentation, avoiding in L2TPv3 networks, PMTUD
fragmentation, post-fragmentation
fragmentation, prefragmentation
frame format
frame format, HDLC
frame format, PPP
Frame Relay
Frame Relay, encapsulation
Frame Relay, frame format
Frame Relay, FRoMPLS
Frame Relay, FRoMPLS, case study configuration
Frame Relay, interaction with pseudowire protocols
Frame Relay, legacy Layer 2 VPNs
Frame Relay, LMI
Frame Relay, LMI, message format
Frame Relay, LMI, status enquiry messages
Frame Relay, LMI, status messages
Frame Relay, LMI, update status messages
Frame Relay, over L2TPv3
Frame Relay, over L2TPv3, configuring
Frame Relay, over L2TPv3, data plane
Frame Relay, over L2TPv3, verifying configuration
Frame Relay, traffic management
Frame Relay, traffic management, traffic policing
Frame Relay, traffic management, traffic shaping
Frame Relay-to-Frame Relay local switching
Frames, Ethernet
FRoMPLS, case study configuration
full-mesh VPLS topological model
Gang of Four
Gang of Four, LMI implementation versus Annex A/D
Generic Label TLV encoding
GFC (Generic Flow Control) field (ATM cells)
goals of RFC 1547
hardware support for AToM, verifying
HDLC
HDLC, Cisco implementation
HDLC, frame format
HDLC, modes of operation
HDLC, over L2TPv3
HDLC, over L2TPv3, configuring
HDLC, over L2TPv3, data plane details
HDLC, over L2TPv3, verifying configuration
HDLC, pseudowire transport
HDLCoMPLS
HDLCoMPLS, case study configuration
HDLCPW configuration
HEC field (ATM cells)
hidden VLANs
hierarchical VPLS
hierarchical VPLS, with MPLS access network
hierarchical VPLS, with QnQ access network
hop popping
hub-and-spoke VPLS topological model
IEEE 802.3 SNAP frame format
IETF working groups, IETF standardization
IETF working groups, IETF standardization, draft-kompella
IETF working groups, IETF standardization, draft-martini
ILMI (Interim Local Management Interface)
implementing PMTUD
Information field
Information field, Frame Relay frames
Information field, HDLC frames
Information field, PPP frames
input service policies, configuring
inter-AS pseudowire emulation with IGP redistribution
intermediate markings, AToM
internal VLAN tags
interworking command
IP accounting
IP topology for point-to-point L2TPv3 transport case studies
IPLS (IP-only LAN Service)
ISO 3309 standard, HDLC frame format
IW (interworking)
IW (interworking), bridged
IW (interworking), bridged, case study
IW (interworking), case studies
IW (interworking), connect command
IW (interworking), encapsulation
IW (interworking), encapsulation, for Ethernet-to-VLAN local switching Ethernet IW
IW (interworking), encapsulation, for Frame Relay-to VLAN IP IW using AToM
IW (interworking), encapsulation, for Frame Relay-to-PPP-IW using L2TPv3
IW (interworking), encapsulation, for VLAN-to-bridged IW using L2TPv3
IW (interworking), MTU
IW (interworking), routed
IW (interworking), routed, case study
IW (interworking), routed, Frame Relay-to-ATM, case study
IW (interworking), routed, Frame Relay-to-PPP using L2TPv3, case study
IW (interworking), routed, Frame Relay-to-VLAN using AToM, case study
IW (interworking), routed, MTU considerations
jumbo frames
L2-Specific Sublayer
l2tp-class command, syntax
L2TPv3 2nd
L2TPv3, AAL5_SDUoL2TPv3
L2TPv3, AAL5_SDUoL2TPv3, configuring
L2TPv3, AAL5_SDUoL2TPv3, control plane
L2TPv3, AAL5_SDUoL2TPv3, data plane
L2TPv3, AAL5_SDUoL2TPv3, verifying configuration
L2TPv3, ATM transport
L2TPv3, ATM transport, CRoL2TPv3
L2TPv3, ATM transport, OAM emulation
L2TPv3, ATM_CoL2TPv3
L2TPv3, ATM_CoL2TPv3, configuring
L2TPv3, ATM_CoL2TPv3, verifying configuration
L2TPv3, AVPs
L2TPv3, configuring
L2TPv3, configuring, l2tp-class command
L2TPv3, configuring, pseudowire-class command
L2TPv3, configuring, xconnect command
L2TPv3, connectivity model
L2TPv3, control connection
L2TPv3, control connection, control channel signaling
L2TPv3, control connection, Control Message Authentication
L2TPv3, control connection, control message to encapsulation
L2TPv3, control messages
L2TPv3, control packets
L2TPv3, control plane
L2TPv3, data encapsulation
L2TPv3, data encapsulation, Demultiplexing Sublayer field
L2TPv3, data encapsulation, Encapsulation Sublayer field
L2TPv3, data encapsulation, packet-switched network layer
L2TPv3, evolution of
L2TPv3, fragmentation, avoiding
L2TPv3, Frame Relay transport
L2TPv3, Frame Relay transport, configuring
L2TPv3, Frame Relay transport, data plane 2nd
L2TPv3, Frame Relay transport, verifying configuration
L2TPv3, HDLC pseudowire transport
L2TPv3, HDLC transport
L2TPv3, HDLC transport, configuring
L2TPv3, HDLC transport, data plane details
L2TPv3, HDLC transport, verifying configuration
L2TPv3, LCCEs
L2TPv3, MTU considerations
L2TPv3, operation
L2TPv3, over WAN protocols, configuring
L2TPv3, PMTUD
L2TPv3, PMTUD, avoiding fragmentation
L2TPv3, PMTUD, combining with DF bit
L2TPv3, PMTUD, implementing
L2TPv3, PMTUD, switching statistics, displaying
L2TPv3, PMTUD, triggering
L2TPv3, point-to-point LAN transport 2nd
L2TPv3, point-to-point LAN transport, Ethernet port-to-port dynamic session
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