Index
[SYMBOL]
[A]
[B]
[C]
[D]
[E]
[F]
[G]
[H]
[I]
[J]
[L]
[M]
[N]
[O]
[P]
[Q]
[R]
[S]
[T]
[U]
[V]
[W]
[X]
packet cell relay mode (ATM)
packet-switched network layer (L2TPv3)
packets
EoMPLS
fields
label disposition
label imposition
LDP
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
control plane
data plane
PE routers
debugging EoMPLS operation 2nd
VLAN rewrite configuration
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)
combining with DF bit
fragmentation, avoiding
implementing
switching statistics, displaying
triggering
point-to-point LAN transport 2nd
Ethernet port-to-port dynamic session
configuring
data plane details
verifying configuration
Ethernet port-to-port manual session
data plane details
verifying 2nd
Ethernet port-to-port manual session with keepalive
data plane details
verifying configuration
Ethernet VLAN-to-VLAN dynamic session, configuring
policing
ATM traffic
CBR.1
UBR.1
UBR.2
VBR.1
VBR.2
VBR.3
Frame Relay
port transparency, configuring for EoMPLS port-based transport
port-based EoMPLS transport, port-based EoMPLS transport configuration
case study
switch configuration case study
port-tunneling mode (EoMPLS)
post-fragmentation
PPP (Point-to-Point Protocol)
encapsulation
frame format
PPPoMPLS
case study configuration
PPP over L2TPv3
configuring
control plane negotiation
data plane
verifying configuration
pre-fragmentation
preferred path
configuring
with IP routing, configuring 2nd
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]
auto-discovery mechanism
configuring
in multi-AS networks
interconnecting psuedowires with dedicated circuits
native service processing
network reference model
PE device system architecture
control plane
data plane
PEP
protocol layers
standardization
draft-kompella
draft-martini
IETF working groups
transporting over PSN
Pseudowire ID FEC element encoding
pseudowire label binding
pseudowire-class command, syntax
pseudowires
and VCs
AToM 2nd
connectivity verification model
data plane connectivity, verifying
VCCV
IW
bridged
case studies
MTU
routed
routed, case study
label mapping messages, decoding
PSN layer
VPLS, configuring
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
|
