文件列表:

MPLS-MPLS_with_Diffserv.ac (11870, 2007-10-09)
MPLS-MPLS_with_Diffserv.nt.m (816325, 2009-01-06)
MPLS-MPLS_with_Diffserv.pb.m (12703, 2007-10-09)
MPLS-MPLS_with_Diffserv.seq (6028, 2007-10-09)
MPLS-RSVP_TE_with_Fast_Reroute.ac (7755, 2007-10-09)
MPLS-RSVP_TE_with_Fast_Reroute.nt.m (964487, 2009-01-06)
MPLS-RSVP_TE_with_Fast_Reroute.pb.m (13538, 2007-10-09)
MPLS-RSVP_TE_with_Fast_Reroute.seq (6737, 2007-10-09)
MPLS-RSVP_TE_with_Fast_Reroute-lsp_route_dump.gdf (1401, 2007-02-22)
MPLS-TE_Improve_Utilizations.ac (8304, 2008-08-08)
MPLS-TE_Improve_Utilizations.nt.m (695088, 2009-01-06)
MPLS-TE_Improve_Utilizations.pb.m (5597, 2007-10-09)
MPLS-TE_Improve_Utilizations.pps.m (19883, 2007-10-09)
MPLS-TE_Improve_Utilizations.seq (6075, 2007-10-09)
MPLS.prj (1770, 2007-10-09)
MPLS-IGP_Routing.ac (8304, 2008-08-08)
MPLS-IGP_Routing.nt.m (547140, 2009-01-06)
MPLS-IGP_Routing.pb.m (2852, 2007-10-09)
MPLS-IGP_Routing.pps.m (19883, 2007-10-09)
MPLS-IGP_Routing.seq (5905, 2007-10-09)
MPLS-LDP_with_CSPF.ac (13938, 2007-10-25)
MPLS-LDP_with_CSPF.nt.m (1457026, 2009-01-06)
MPLS-LDP_with_CSPF.pb.m (75001, 2007-10-09)
MPLS-LDP_with_CSPF.pps.m (1476, 2007-10-09)
MPLS-LDP_with_CSPF.seq (5937, 2007-10-09)
MPLS-LDP_with_CSPF-lsp_route_dump.gdf (1786, 2007-02-22)

MIL_3_Tfile_Hdr_ 150A 150B modeler 4 3AF99155 496393A2 46 mdlinux1 opnet 0 0 none none 0 0 none 900AADD6 A78FD 0 0 0 0 0 0 1fd8 1 Utilization to Flows
Utilization to Flows SettingsProject Editor Design GUIDesign Managerds_object_data link_classification_client_statePath finder state ATMPath finder state IP over ATMPath finder state Promina ATM FLAN Reports Global State Itr Global Object Name Storage(MTS) Network IP Space(RA) Global Routing Tables (RA) Global Node Hash Table$(RA) Global Multicast Routing Tables%(RA) Global Multicast Node Hash TableGeneric Wizard HandlerOms_Ets_Vis_Network_State_NameIP Metric Visualization PSTN_FLANTI%”}@@@@§p@Z`@@@?@Y@à

namedoc file icon nameExtended Attrs.modeltooltipcreation sourcecreation timestamp creation data Model DetailsObject Documentation x position y position thresholdlabel color
f@V@@.@I@DDefault Viewtop worldsubnetnt_fixed_subnetcircle/#FF0000Object Palette
*@ h”?@i@I@DDefault ViewEnterprise NetworkffffffffffffNONEsubnetnt_fixed_subnetcircle/#FF0000Object Palette

@@w?@Y@I@DDefault View Available Statistics  ò[g @y:u> NONE README nt_fixed_subnetcircle/#FF0000Object Palette

à?à@?@I@DDefault View Delay  l` @u
NONE README nt_fixed_subnetcircle/#FF0000Object Palette

à?à@?@I@DDefault View Traffic In/Out  l` @f? NONE README nt_fixed_subnetcircle/#FF0000Object Palette

@@~°?@Y@I@DDefault View Objective  dGM @‰ NONE README nt_fixed_subnetcircle/#FF0000Object Palette

@?`A‰7L@@I@DDefault View Nodes and Attributes  (p @‰ NONE README nt_fixed_subnetcircle/#FF0000Object Palette 

z @|[33333?@Y@I@DDefault View Node Models Required  O– @§êN NONE README nt_fixed_subnetcircle/#FF0000Object Palette 


JWorkstationJ

JwkstnJ 

J atm_wkstnJ
network node
Object Palette
 
 



Ju`J

J@xpJ

 
 


JServerJ

JserverJ 

 atm_server
network node
Object Palette
 
 



Ju`J

J@pJ

 


~°@|P?@Y@I@DDefault View Configurable Attributes  O– j NONE README nt_fixed_subnetcircle/#FF0000Object Palette

w @@?@Y@I@DDefault View Glossary  ó^_H @s:u> NONE README nt_fixed_subnetcircle/#FF0000Object Palette 


LER

Jrtr_mpls_lerJ 

ethernet2_slip8_ler
 LER Router
Object Palette
 
 



Ju`J

J@b J

 
 


LSR

Jrtr_mplsJ 

ethernet2_slip8_lsr
 LSR Router
Object Palette
 
 



Ju`J

J@*J

 
 


MPLS Config

J util_mplsJ 

mpls_config_object

Object Palette
 
 



Ju`J

J^J

 


à?i@?@I@DDefault View Utilization  l` @<ü NONE README nt_fixed_subnetcircle/#FF0000Object Palettecustom_model_listMPLS
#ethernet_network_attr_convCDec 04 2001fddi_network_attr_convCDec 04 2001tr_network_attr_convCDec 04 2001tim_to_demands AJul 02 2002ip_bkg_to_demands_attr_conv AApr 28 2002frelay_network_attr_conv ANov 06 2002fc_network_attr_conv
AFeb 10 2003tcp_network_attr_conv AMay 23 2003oms_bgutil_conv ADec 01 2003fr_network_attr_convAJun 29 2004manet_network_attr_conv AMay 19 2004mframe_network_attr_convANov 01 2004wlan_network_attr_convAMay 13 2005vnesi_attr_convAFeb 21 2006app_network_attr_convAJul 27 2006oms_network_attr_convAJun 25 2006server_network_attr_convAFeb 20 2006bridges_network_attr_convAOct 18 2006umts_netwrok_attr_convAApr 01 2007atm_network_attr_convAMay 17 2007links_bgutil_attr_convAMay 09 2007eigrp_network_attr_convASep 04 2007igrp_network_attr_convASep 04 2007isis_network_attr_convASep 04 2007mpls_network_attr_convASep 04 2007ospf_network_attr_convASep 04 2007rip_network_attr_convASep 04 2007bgp_network_attr_convAJan 24 2008dci_network_attr_convAJan 18 2008 sitl_convAMay 08 2008haipe_network_attr_convAMay 14 2008ip_network_attr_convASep 10 2008pstn_network_attr_convAOct 01 2008wimax_network_attr_convAJul 16 2008device_creator_convADec 12 20081text_34  LSPs Delay Measurement (seconds) --------------------------------
LSP Delay (seconds):7This statistic can be used to measure End-to-End Delay.6It records the delay experienced by Packet in the LSP.>i.e. Time spent by the packet within the Label Switched Path.

Flow Delay (seconds):7This statistic can be used to measure End-to-End Delay.9It records the delay experienced by packet belonging to a;specific flow in the LSP. i.e. Time spent by a packet of a *given flow inside the Label Switched Path. 

0 ?[ ?0
0?°k  annot_textAnnotation Palette @ 

text_35 /Amount of Traffic entering and leaving the LSPs/-----------------------------------------------
,Traffic In (bits/second and packets/second):2Total Traffic sent into the LSP at the ingress endof the tunnel. -Traffic Out (bits/second and packets/second):2Total Traffic received from the LSP at the egress end of the tunnel.1Flow Traffic In (bits/second and packets/second):3Traffic sent into the LSP at the ingress end of the2tunnel for each flow that is carried through this Label Switched Path.
2Flow Traffic Out (bits/second and packets/second):2Traffic received from the LSP at the egress end of1the tunnel for each flow that is carried through this Label Switched Path. 
 #R: ?i ? °k?t]E annot_textAnnotation Palette @ 


text_37 Note:-To return to top-level subnet, right-click on1blank space and choose "Go To Parent Subnetwork". ! Uù Rüà @up@F annot_textAnnotation Palette @ 

text_38 End-to-End Delay Statistics 
 H
@u@ @a@< annot_textAnnotation Palette @ 

text_39
'Traffic entering and leaving MPLS LSPs. 
 " @d`
@l@@ annot_textAnnotation Palette @ 

text_12 0Scenario to demonstrate conventional IGP Routing9--------------------------------------------------------- 
 R_÷ @{0 @z0@< annot_textAnnotation Palette @ 

text_13 IGP_Routing 
 g @z @eà@5 annot_textAnnotation Palette @ 

text_14 8This scenario demonstrates the conventional IGP used for7routing. In this scenario, the nodes are not configured-to use Multi Protocol Label Switching (MPLS). 
 S  @x` @y@L annot_textAnnotation Palette @ 

text_15
 ppP @r  annot_textAnnotation Palette @ 
text_16
TE_Improve_Utilizations 
 g @t @g@, annot_textAnnotation Palette @ 

text_17 0Scenario to demonstrate Traffic Engineering (TE)4---------------------------------------------------- 
 Vó@ @uà
@xP@< annot_textAnnotation Palette @ 

text_18 :This scenario demonstrates the use of Traffic Engineering,5to better route the traffic along the desired routes.)MPLS LSPs are used to specify the routes.2As expected, Traffic Engineered network has better$throughputs then the one without TE. 
 R @qp @z0@U annot_textAnnotation Palette @ 

text_19 0Scenario using MPLS with Differentiated Services5----------------------------------------------------- 
 T@ @kà @y`@< annot_textAnnotation Palette @ 

text_20
MPLS_with_Diffserv 
 m0 @i  @V@, annot_textAnnotation Palette @ 

text_21 8In this scenario, MPLS LSPs carrying more than one flows5use DiffServ codes to assign different QoS levels to different flows. 
 R @eù @z@@E annot_textAnnotation Palette @ 

shape_10
0 S @f°à @|@ annot_boxAnnotation Palette
text_37 Note:-To return to top-level subnet, right-click on1blank space and choose "Go To Parent Subnetwork". ! R_÷ d@ @up@F annot_textAnnotation Palette @ 

text_22 4Scenario using Label Distribution Protocol with CSPF5----------------------------------------------------- 
 S? @_ @y`@< annot_textAnnotation Palette @ 

text_23
LDP_With_CSPF 
 m0 @Z @V@, annot_textAnnotation Palette @  ... ...

近期下载者：

相关文件：

评论：[我要评论] [举报此文件]

收藏者：