P



Index


[SYMBOL] [A] [B] [C] [D] [E] [F] [G] [H] [I] [K] [L] [M] [N] [O] [P] [Q] [R] [S] [T] [U] [V] [W] [X] [Y]

P-to-P links
     binding wait states
     configuring 2nd 3rd 4th 5th
     LSCs
     network division
     VSI resource partitions
packets
     ATM MPLS
     DS
    IP
         routing 2nd
     LSPs
     policy maps
     PTSPs
    VSI
         debugging
PAR
     PXM-1 card configuration
PAR (Portable AutoRoute)
PAR interface
     feeder shelf
parameters
     address
     CAC default
     Connection Bandwidth Info
     descriptor
     extended
     Interface General
     Interface Identifier
     Interface Load Info
     master remote
    network
         optimizing 2nd
     per-VRF
    platform
         hiding
    PNNI
         MGX-8850 node
     PNNI nodes
    rate
         SVCs
     Service Type Identifier
     session
    traffic
         PNNI 2nd 3rd
     vci-range
parties
     called parties
     calling
Partition_Group_VSI_PoolSize_LCN
Partition_Maximum_BW
Partition_Maximum_LCN
Partition_Minimum_BW
Partition_Minimum_LCN
Partition_VSI_PoolSize_BW
partitioning
     dynamic
         VSI
     hard
     resources 2nd 3rd
         controller assignments
         dynamic partitioning
         hard partitioning
         soft partitioning 2nd 3rd 4th 5th 6th 7th 8th 9th 10th 11th 12th
         starved partitioning 2nd
     soft
         bandwidth 2nd 3rd
         different maximum partition sizes example
         equal maximum partition sizes example
         LCN 2nd 3rd 4th
         virtual switches 2nd
     starved 2nd
partitions
    LCN
         minimum/maximum
    managing
         AutoRoute
     minimum/maximum bandwidth
    multiple
         LSC redundancy
     PNNI nodes
    resource
         BPX-8600 LSC
         IGX_8400-based
         MPLS
         PNNI interfaces
         RPM PAR
         VSI, creating 2nd
         VSI, URM eLSR configuration
    resource. [See resource partitions]
    VSI
         AXSM cards
     VSI details
     VSI interface 2nd
    VSI resource
         ATM LSR bringup 2nd
         RPM-PR cards
passthroughs (message)
paths
    load sharing
         PNNI
     LSPs
    precomputed
         PNNI
    TCP
         MTU discovery 2nd
PDU (Protocol Data Unit)
PE MPLS subinterface
     configuring
PE routers
     eBGP configuration
     global routing table 2nd
    interfaces
         configuring 2nd
     static routing configuration
PE static routing configuration
PE subinterfaces
     configuring 2nd
PE VPNv4 prefixes
peer discovery messages
peer group IDs
     PNNI nodes 2nd
Peer Group Leaders. [See PGLs]
peer groups
     administration
     clocking
     convergence
     designs 2nd
     growth
     leadership
     redundancy
     resiliency
     span
     topology updates
peer nodes
     database synchronization
peers
     LDP
Penultimate Hop Popping (PHP)
per-class resource allocation (CAC)
per-connection overbooking
per-hop behaviors. [See PHBs]
per-VRF parameters
peripheral nodes
PEs (Provider Edge Routers)
PGLs 2nd
     electing 2nd
PGLs (Peer Group Leaders)
PHB Scheduling Class. [See PSC]
PHBs
     configuring
PHBs (per-hop behaviors)
PHP (Penultimate Hop Popping)
physical interfaces
     LSC redundancy
     MGX-8230 eLSRs
     MGX-8250 eLSRs
physical-to-logical ratios
     controlled interfaces
PIMv2 (Protocol-Independent Multicast version 2)
ping command
planes
     adaptation 2nd
         CVSA
     AutoRoute control 2nd 3rd 4th 5th 6th
         BPX switch trunks
         feeder shelf
         feeder shelf trunk
         trunks
     control
         CVSA
         independence
         switching plane separation
     data
     forwarding
     management
     MPLS
     multiple control
    switching
         control plane separation
planning
     addresses 2nd
platform label spaces
platform software
     VSI
platforms
    parameters
         hiding
PNNI
     address planning 2nd
    addresses
         summarization 2nd
         suppressing 2nd
     AINI 2nd
     ATM addresses
         AFI values
         E.164 IDI formats 2nd
         ILMI 2nd 3rd
         length
         local format
         registering
         structures 2nd 3rd
     ATM signaling 2nd
         call creation
         channels 2nd
         layer-to-layer communication 2nd
         messages 2nd 3rd
         reference points 2nd
         SVC call deletion
         SVC signaling 2nd 3rd
         timers 2nd
     bandwidth concerns
    CAC
         available resources
         bandwidth subpartitioning 2nd
         CBR minimum bandwidth
         CBR service category
         CBR service types minimum bandwidth
         default parameter
         ECR values
         load model 2nd 3rd 4th
         oversubscription 2nd 3rd
         per-class resource allocation
         PnPort initial values
         subpartitions
         VBR-NRT maximum bandwidth
     class-based routing 2nd 3rd 4th 5th
    commands
         link configuration 2nd
         node bringup
     connections 2nd
         crankbacks
         DTLs 2nd
         soft virtual circuits
     constrained-based routing 2nd 3rd 4th 5th
    contoller
         SPVC information
    controller
         ILMI registered addresses
         SVC connections
    controllers
         default channels
     feeder nodes 2nd
    filters
         configuring 2nd 3rd 4th 5th
     hiearachical abstraction 2nd 3rd 4th
     hierarchical 2nd
         initial SPG PNNI network
    hierarchical networks
         routing 2nd 3rd 4th 5th 6th
    hierarchical. [See hierarchical PNNI]
    higher levels
         adding
     IISP 2nd
         configuring 2nd 3rd 4th 5th 6th
         PNNI routing table, checking 2nd
         signaling 2nd 3rd
         SPVC endpoint 2nd
         SPVC, adding 2nd
         static routing 2nd
    implementation
         BPX-8600 2nd 3rd
         MGX-8830 2nd
         MGX-8850 2nd 3rd
         MGX-8950 2nd 3rd
         multiservice switching 2nd 3rd
         PXM-1-E-Based MGX-8850 2nd
         summary
     information elements
    interfaces
         Cisco IOS Software-based node
     internal database
         displaying
     limitations 2nd
    links
         aggregation tokens
         CBR trafficadministrative weight 2nd 3rd
         configuration commands 2nd
         displaying
         highest levels, displaying
         logical
         looking up
         outside
         uplinks 2nd
     load sharing paths
     logical control port
    lower levels
         adding
         first node, adding 2nd 3rd 4th 5th 6th 7th
         fourth node, adding 2nd 3rd 4th 5th 6th
         second node, adding 2nd 3rd 4th 5th 6th 7th
         third node, adding 2nd 3rd
     MGX switch support 2nd 3rd
     migration
    NCDP
         Cisco IOS clock status
         clock sources 2nd
         configuring 2nd 3rd 4th
         enabling
         ports
         root clock source
         secondary clock sources
     neighbor verification 2nd 3rd
    neighbors
         displaying 2nd
    network parameters
         optimizing 2nd
     network road maps
         flat networks 2nd 3rd 4th
         hierarchical routing 2nd 3rd 4th 5th 6th
         routing components 2nd 3rd
     network verification 2nd 3rd 4th
    networks
         CPE 2nd 3rd 4th 5th 6th 7th
         topology
     node lists
    nodes
         bringup commands
         Cisco IOS Software-based 2nd 3rd 4th 5th
         connection -tracing 2nd
         cross-connects
         defined
         details, displaying
         DTLs 2nd
         election priority 2nd
         IDs 2nd 3rd
         index specification
         leadership election
         level 64 logical group node
         LGNs
         names
         neighbors
         peer group leadership
         PG-A election priority
         routes
         starting state
    parameters
         MGX-8850 node
     peer group designs 2nd
     POP design
     precomputed paths
     preferred routes 2nd
     reachable addresses
     redundancy 2nd
     route optimization 2nd
    routing
         overview 2nd
    routing table
         IISP 2nd
     scaling
     scope
     service classes 2nd 3rd
     SES support
    signaling
         overview 2nd
    topology
         displaying
     traffic parameter 2nd 3rd
PNNI (Private Network-to-Network Interface)
PNNI controllers
     MGX-8850 node
PNNI links
     configuring
PNNI networks
    interfaces
         BPX/SES nodes 2nd 3rd 4th
         MGX-8850 node 2nd 3rd 4th 5th 6th 7th
         MGX-8950 node 2nd
     link configuration 2nd
     MSS configuration 2nd
     node bringup 2nd
    nodes
         ATM address 2nd
         BPX-8600 2nd 3rd 4th 5th 6th
         MGX-8950 2nd
         parameters
         partitions
         peer group IDs 2nd
         PXM-45-Based MGX-8850 2nd 3rd
         SCT 2nd
         SES controller 2nd
         SES, adding
         SES-based 2nd 3rd 4th 5th 6th
         SPVC prefix
         trunk settings
     system addresses 2nd
PNNI nodes
PNNI Topology State Element. [See PTSE]
PNNI topology state elements. [See PTSEs]
PNNI Topology State Packets. [See PTSPs]
PNNI topology state packets. [See PTSPs]
PNNI virtual circuits
PnPort
     CAC initial values
PnPort signaling
     configuring
PnPorts
     access filters 2nd
     displaying 2nd 3rd
     UNI signaling
point-to-multipoint connection messages
point-to-point signaling
point-to-point signaling messages
points (reference) 2nd
Points of Presence. [See POPs]
policies
     service
Policy block
     configuring
policy maps
     packets, marking
pool size
     bandwidth
     LCN 2nd
PoP
     MGX-8850-based
         7507 eLSR configuration 2nd 3rd 4th 5th
         ATM LSR bringup 2nd 3rd 4th
         cross-connects 2nd 3rd 4th
         RPM-PR eLSR configuration 2nd 3rd
     MGX-based/BPX-based connections 2nd 3rd 4th
POP design
     PNNI
PoPs
     interconnecting 2nd 3rd 4th 5th
         binding wait states
         LSCs
         network division
         VSI resource partitions
POPs (Points of Presence)
port groups
     identifying 2nd 3rd 4th
port reserved bandwidth
    VSI
         IGX-8400-based PoP
Port_Group_VSI_PoolSize_LCN
Port_Group_VSI_reserved_LCN
Portable AutoRoute. [See PAR]
ports
     adding/upping 2nd
    AXSM
         VSI resource partitions
     AXSM card configuration
     AXSM cards 2nd 3rd
     BITS clocking logical ports 2nd
    control
         PXM-45 VSI slaves
     NCDP
     PNNI logical control
    statistics
         monitoring
     upping
precedence
    IP
         CLP
preceding nodes
precomputed paths
     PNNI
preferred connection routing
preferred routes
     PNNI 2nd
prefixes
    IP
         storing
     PE VPNv4
    SPVC
         MGX-8850 node
         PNNI nodes
priority connection routing
Private Network-to-Network Interface. [See PNNI]
private VCs
processing
    next-hop
         configuring
processors
     TMC
Protocol Data Unit. [See PDU]
Protocol-Independent Multicast version 2. [See PIMv2]
protocols
     access routing 2nd
     AutoRoute 2nd
         NIB
         partition management
         portable 2nd
         scalability
         SwSW
     hello 2nd
    iBGP
         MPLS VPN environment
    IGP. [See IGP]
    IISP
         configuring 2nd 3rd 4th 5th 6th
         PNNI routing table,checking 2nd
         signaling 2nd 3rd
         SPVC endpoint 2nd
         SPVC, adding 2nd
         static routing 2nd
     ILMI
         ATM addresses 2nd
     interior gateway 2nd
     IP routing
         access routing protocols 2nd
         iBGP
         interior gateway protocol 2nd
         RRs
     LDP 2nd
         messages 2nd 3rd 4th
     MP-BGP
     NCDP
     OSPF
     PIMv2
     RSVP
     SCP
    TCP. [See TCP]
     TDP
    VSI
         LSC redundancy
Provider Edge Routers. [See PEs]
Provider Routers. [See Ps]
Ps (Provider Routers)
PSC (PHB Scheduling Class)
PTSE (PNNI Topology State Element)
PTSEs
     acknowledgments
     aging
     expiration
     flooding
     types
     updates
PTSEs (PNNI topology state elements)
PTSPs (PNNI Topology State Packets)
PTSPs (PNNI topology state packets)
PVCs
     ILMI
PXM-1 card
     PAR configuration
PXM-1-E-Based MGX 8850/8830 PNNI implementation 2nd
PXM-1-E-Based MGX-8850
     PNNI implementations 2nd
PXM-45 cards
     internode connections
     intranode connections
PXM-45 LIN encoding
PXM-45-Based MGX 8850 PNNI node 2nd 3rd
PXM-45-Based MGX 8850/8950 PNNI implementation 2nd 3rd
PXM-45-Based MGX 8950 PNNI node 2nd
PXM-45-Based MGX-8850 implementation
     multiple controllers




Cisco Multiservice Switching Networks
Cisco Multiservice Switching Networks
ISBN: 1587050684
EAN: 2147483647
Year: 2002
Pages: 149

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