Juniper JUNOSE SOFTWARE FOR E SERIES 11.3.X - BGP AND MPLS CONFIGURATION GUIDE 2010-10-12 Configuration Manual page 746

JunosE 11.3.x BGP and MPLS Configuration Guide
routing table
global BGP non-VPN.......................................433, 435
global BGP VPN...........................................................433
routing, BGP
conditional.........................................................................61
confederation..................................................................141
default routes, configuring.........................................55
maximum number of parallel routes.........138, 446
path selection process...............................................104
policy configuration.......................................................70
reduce the number of meshed peers....................141
route flapping and flap damping...........................100
route reflectors..............................................................145
routing, IP
monitoring......................................................................329
RSVP P2MP IPv4 Session sub-TLV
contained in the Target FEC Stack TLV
of MPLS echo request packets......................247
detecting data plane failures
at egress nodes in point-to-multipoint
MPLS LSPs........................................................247
type number of.............................................................247
validation of point-to-multipoint LSP ping
feature
with RSVP-TE.......................................................247
RSVP P2MP Session sub-TLVs
in echo requests
and Egress Address P2MP Responder
Identifier sub-TLVs........................................250
and Node Address P2MP Responder
Identifier sub-TLVs........................................250
RSVP-TE (Resource Reservation Protocol with
traffic engineering extensions)...................................238
BFD liveness detection and.....................................266
bypass tunnels.............................................................295
detecting path failures..............................................266
fast reroute extensions..............................................295
graceful restart.............................................................263
announcement of...............................................263
preserving established LSP labels...............263
recovery period....................................................263
recovery time........................................................263
restart time...........................................................263
restarting behavior.............................................263
hello messages............................................................260
MD5 authentication...................................................294
overview..........................................................................240
peer reachability..........................................................260
purging learned routes..............................................266
710
refresh reduction.........................................................240
state synchronization................................................240
RSVP-TE protocol
configuring routers as egress nodes
in point-to-multipoint MPLS LSPs..............246
validation with
by point-to-multipoint MPLS LSP ping
application........................................................247
RT-MEM-NLRI attribute.....................................................416
S
S-VLAN Subinterface with an Untagged C-VLAN
ID
overview..........................................................................528
S-VLANs (stacked virtual local area networks)
configuring tunnel interfaces..................................538
interface stacking........................................................538
tunnels.............................................................................538
SAR scheduler
scaling limitation
and number of ATM VCs in the VCI/VPI
ranges.................................................................529
scaling limitations
and support of multiple VCs over a single
pseudowire.......................................................529
scalability considerations
transmission of multiple ATM VCs over a single
pseudowire
and VCI/VPI ranges............................................532
scaling limitations
on SAR scheduler
and support of multiple VCs over a single
pseudowire.......................................................529
sessions, BGP
assigning interface to...................................................30
reset and clear................................................................96
resetting and clearing..................................................96
set commands
set comm-list delete......................................................71
set community................................................................93
set dampening........................................................71, 100
set distance.....................................................................80
set extcommunity...........................................................71
set ip next-hop.................................................................71
set level.............................................................................80
set local-preference.......................................................71
set metric............................................................................71
set metric-type.................................................................71
set mpls-label..............................................................462
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