if you can't download it, here it is :
if {$argc != 0} {
puts ""
puts "Wrong Number of Arguments! No arguments in this topology"
puts ""
exit (1)
}
global ns
proc finish {} {
global ns f f0 f1 f2 f01 f11 f21 namfile
$ns flush-trace
close $f
close $f0
close $f1
close $f2
close $f01
close $f11
close $f21
close $namfile
puts " Simulation ended."
exec xgraph throughput.tr throughput1.tr -geometry 800x400 &
exec xgraph loss.tr loss1.tr -geometry 800x400 &
exec xgraph delay.tr delay1.tr -geometry 800x400
exit 0
}
set output_dir .
set ns [new Simulator]
$ns use-newtrace
$ns color 1 Blue
$ns color 2 Red
set f [open out.tr w]
$ns trace-all $f
set namfile [open out1.nam w]
$ns namtrace-all-wireless $namfile 800 800
#Open the output files
set f0 [open throughput.tr w]
set f1 [open loss.tr w]
set f2 [open delay.tr w]
#Open the output files
set f01 [open throughput1.tr w]
set f11 [open loss1.tr w]
set f21 [open delay1.tr w]
# UMTS
$ns set hsdschEnabled_ 1addr
$ns set hsdsch_rlc_set_ 0
$ns set hsdsch_rlc_nif_ 0
# (needed for routing over a basestation)
$ns node-config -addressType hierarchical
AddrParams set domain_num_ 7
AddrParams set cluster_num_ {1 1 1 1 1 1 1}
AddrParams set nodes_num_ {5 1 1 1 3 1 1}
#RNC
puts "##############################################################"
puts "***********************Now, Creating RNC**********************"
$ns node-config -UmtsNodeType rnc
set RNC [$ns create-Umtsnode 0.0.0] ;# node id is 0.
$ns at 0.00 "$RNC label \"RNC 0.0.0\""
$RNC set X_ 200
$RNC set Y_ 100
$RNC set Z_ 0
puts "RNC $RNC"
puts "***********************Completed successfully*****************"
puts "##############################################################"
puts ""
puts ""
# 配置UMTS基站
puts "##############################################################"
puts "***********************Now, Creating BS**********************"
$ns node-config -UmtsNodeType bs \
-downlinkBW 384kbs \
-downlinkTTI 10ms \
-uplinkBW 384kbs \
-uplinkTTI 10ms \
-hs_downlinkTTI 2ms \
-hs_downlinkBW 384kbs
set BS [$ns create-Umtsnode 0.0.1] ;# node id is 1
$ns at 0.00 "$BS label \"BSumts 0.0.1\""
$BS set X_ 100
$BS set Y_ 100
$BS set Z_ 0
puts "BS $BS"
puts "***********************Completed successfully*****************"
puts "##############################################################"
puts ""
puts ""
# BS __ RNC
puts "##############################################################"
puts "***********************Now, Connecting RNC and BS*************"
$ns setup-Iub $BS $RNC 622Mbit 622Mbit 15ms 15ms DummyDropTail 2000
puts "***********************Completed successfully*****************"
puts "##############################################################"
puts ""
puts ""
#创建UMTS无线节点
puts "##############################################################"
puts "******Now, Creating UMTS UE(us as MultiFaceNode's NIC)*******"
$ns node-config -UmtsNodeType ue \
-baseStation $BS \
-radioNetworkController $RNC
#UMTS_UE0
set UMTS_UE0 [$ns create-Umtsnode 0.0.2] ;# node id is 2
$ns at 0.00 "$UMTS_UE0 label \"umts_ue0 0.0.2\""
$UMTS_UE0 set Y_ 50
$UMTS_UE0 set X_ 100
$UMTS_UE0 set Z_ 0
set UMTS_UE0_id [$UMTS_UE0 id]
puts "UMTS_UE0 created $UMTS_UE0_id"
puts "***********************Completed successfully*****************"
puts "##############################################################"
puts ""
puts ""
#SGSN GGSN。 Node id for SGSN0 and GGSN0 are 4 and 5, respectively.
puts "##############################################################"
puts "***********************Now, Creating GGSN and SGSN************"
set SGSN [$ns node 1.0.0]
$ns at 0.00 "$SGSN label \"SGSN 1.0.0\""
set SGSN_id [$SGSN id]
puts "SGSN $SGSN"
puts "SGSN_id $SGSN_id"
$SGSN set X_ 300
$SGSN set Y_ 100
$SGSN set Z_ 0
puts "***********************Completed successfully*****************"
puts "##############################################################"
puts ""
puts ""
puts "##############################################################"
puts "***********************Now, Creating CN_host1 and CN_host2****"
set CN_host0 [$ns node 3.0.0]
$ns at 0.00 "$CN_host0 label \"CN0 3.0.0\""
$CN_host0 set X_ 500
$CN_host0 set Y_ 100
$CN_host0 set Z_ 0
puts "CN_host0 $CN_host0"
set CN_host0_id [$CN_host0 id]
puts "CN_host0_id $CN_host0_id"
puts "finished"
puts ""
# do the connections in the UMTS part
puts "Connecting RNC SGSN GGSN CN_host0 CN host1"
$ns duplex-link $RNC $SGSN 622Mbit 0.4ms DropTail 1000
$ns duplex-link $SGSN $CN_host0 10MBit 15ms DropTail 1000
$RNC add-gateway $SGSN
#
puts "2 Creating UE"
puts ""
$ns node-config -multiIf ON ;#to create
MultiFaceNode
set UE0 [$ns node 5.0.0]
$ns at 0.00 "$UE0 label \"multifacenode\""
$UE0 set X_ 100
$UE0 set Y_ 100
$UE0 set Z_ 0
set UE0_id [$UE0 id]
puts "UE0 $UE0_id"
$ns node-config -multiIf OFF ;#reset attribute
puts "***********************Completed successfully*****************"
puts "##############################################################"
puts ""
puts ""
#WLAN
puts "##############################################################"
puts "***********************Now, Creating WLAN*********************"
# parameter for wireless nodes
set opt(chan) Channel/WirelessChannel ;# channel type for 802.11
set opt(prop) Propagation/TwoRayGround ;# radio-propagation
model 802.11
set opt(netif) Phy/WirelessPhy ;# network interface
type 802.11
set opt(mac) Mac/802_11 ;# MAC type 802.11
set opt(ifq) Queue/DropTail/PriQueue ;# interface queue type
802.11
set opt(ll) LL ;# link layer type 802.11
set opt(ant) Antenna/OmniAntenna ;# antenna model 802.11
set opt(ifqlen) 50 ;# max packet in ifq 802.11
set opt(adhocRouting) DSDV ;# routing protocol
802.11
set opt(umtsRouting) "" ;# routing for UMTS (to
reset node config)
set opt(x) 1000 ;# X dimension of the topography
set opt(y) 1000 ;# Y dimension of the topography
# WLAN 11Mb
Mac/802_11 set basicRate_ 11Mb
Mac/802_11 set dataRate_ 11Mb
Mac/802_11 set bandwidth_ 11Mb
Mac/802_11 set client_lifetime_ 10 ;#increase since iface 2 is not sending
traffic for some time
puts "1 Creating topology"
puts ""
set topo [new Topography]
$topo load_flatgrid $opt(x) $opt(y)
puts "Topology created"
puts ""
# create God
set god [create-god 12] ;# give the number of nodes
$god set-dist 1 2 1
$god set-dist 0 2 2
$god set-dist 0 1 1
set god [God instance]
puts "finished"
puts ""
#AP
puts "3 Creating AP"
puts ""
puts "coverge:20m"
Phy/WirelessPhy set Pt_ 0.025
Phy/WirelessPhy set RXThresh_ 2.025e-12
Phy/WirelessPhy set CSThresh_ [expr 0.9*[Phy/WirelessPhy set RXThresh_]]
$ns node-config -adhocRouting $opt(adhocRouting) \
-llType $opt(ll) \
-macType $opt(mac) \
-channel [new $opt(chan)] \
-ifqType $opt(ifq) \
-ifqLen $opt(ifqlen) \
-antType $opt(ant) \
-propType $opt(prop) \
-phyType $opt(netif) \
-topoInstance $topo \
-wiredRouting ON \
-agentTrace OFF\
-routerTrace OFF \
-macTrace ON \
-movementTrace OFF
# configure Base station 802.11
set AP0 [$ns node 4.0.0]
$ns at 0.00 "$AP0 label \"AP0 4.0.0\""
set AP0_id [$AP0 id]
puts "AP0_id $AP0_id"
$AP0 set X_ [expr 200]
$AP0 set Y_ 50.0
$AP0 set Z_ 0.0
[$AP0 set mac_(0)] bss_id [[$AP0 set mac_(0)] id]
[$AP0 set mac_(0)] enable-beacon
[$AP0 set mac_(0)] set-channel 1
puts "AP0 created"
# configure Base station 802.11
set AP1 [$ns node 2.0.0]
$ns at 0.00 "$AP1 label \"AP1 2.0.0\""
set AP1_id [$AP1 id]
puts "AP1_id $AP1_id"
$AP1 set X_ [expr 550]
$AP1 set Y_ 50.0
$AP1 set Z_ 0.0
[$AP1 set mac_(0)] bss_id [[$AP1 set mac_(0)] id]
[$AP1 set mac_(0)] enable-beacon
[$AP1 set mac_(0)] set-channel 1
puts "AP1 created"
# creation of the wireless interface 802.11
puts "5 Creating 2 WLAN interfaces"
puts ""
$ns node-config -wiredRouting OFF \
-macTrace ON
# interface wlan 0
set WLAN_UE0 [$ns node 4.0.1]
$ns at 0.00 "$WLAN_UE0 label \"wlan_ue0_interface 4.0.1\""
;# create the node with given @.
$WLAN_UE0 random-motion 0
set WLAN_UE0_id [$WLAN_UE0 id]
puts "WLAN_UE0_id $WLAN_UE0_id connect to AP0" ;#
disable random motion
$WLAN_UE0 base-station [AddrParams addr2id [$AP0 node-addr]] ;#attach mn to
basestation
$WLAN_UE0 set X_ [expr 200.0]
$WLAN_UE0 set Y_ 50.0
$WLAN_UE0 set Z_ 0.0
[$WLAN_UE0 set mac_(0)] set-channel 1
$ns at 0.0 "$WLAN_UE0 setdest 750.0 100.0 50.0"
#interface wlan 1
set WLAN_UE1 [$ns node 2.0.1]
$ns at 0.00 "$WLAN_UE1 label \"wlan_ue1_interface 2.0.1\"" ;#
create the node with given @.
$WLAN_UE1 random-motion 0
set WLAN_UE1_id [$WLAN_UE1 id]
puts "WLAN_UE1_id $WLAN_UE1_id connect to AP1" ;#
disable random motion
$WLAN_UE1 base-station [AddrParams addr2id [$AP1 node-addr]] ;#attach mn to
basestation
$WLAN_UE1 set X_ [expr 250.0]
$WLAN_UE1 set Y_ 50.0
$WLAN_UE1 set Z_ 0.0
[$WLAN_UE1 set mac_(0)] set-channel 1
$ns at 0.0 "$WLAN_UE1 setdest 850.0 100.0 50.0"
# add link to backbone
puts "5 Connecting AP0 to RNC and Connecting AP1 to SGSN"
puts ""
$ns duplex-link $AP0 $RNC 10MBit 15ms DropTail 1000
$ns duplex-link $AP1 $SGSN 10MBit 15ms DropTail 1000
# add interfaces to MultiFaceNode
$UE0 add-interface-node $WLAN_UE1
$UE0 add-interface-node $WLAN_UE0
$UE0 add-interface-node $UMTS_UE0
puts "***********************Completed successfully*****************"
puts "##############################################################"
puts ""
puts ""
# create a TCP agent and attach it to multi-interface node
puts "##############################################################"
puts "***************Generating traffic: using TcpApp***************"
puts ""
puts "1 Generating traffic between CN_host0 and mutilFacenNode0"
set udp(0) [new Agent/UDP]
$UE0 attach-agent $udp(0) $UMTS_UE0 ;# new command: the
interface is used for sending
set null(0) [new Agent/LossMonitor]
$ns attach-agent $CN_host0 $null(0)
$ns connect $udp(0) $null(0)
set cbr(0) [new Application/Traffic/CBR]
$cbr(0) attach-agent $udp(0)
$cbr(0) set type_ CBR
$cbr(0) set packet_size_ 500
$cbr(0) set rate_ 1mb
$cbr(0) set random_ false
$ns at 0.0 "$cbr(0) start"
puts ""
puts "2 Generating traffic between CN_host1 and WLAN_UE1"
set udp(1) [new Agent/UDP]
$UE0 attach-agent $udp(1) $CN_host0 ;# new command: the
interface is used for sending
set null(1) [new Agent/Null]
$ns attach-agent $WLAN_UE0 $null(1)
$ns connect $udp(1) $null(1)
###########
set recoumts [new Agent/LossMonitor]
$ns attach-agent $WLAN_UE0 $recoumts
$ns connect $udp(1) $recoumts
###########
set cbr(1) [new Application/Traffic/CBR]
$cbr(1) attach-agent $udp(1)
$cbr(1) set type_ CBR
$cbr(1) set packet_size_ 1000
$cbr(1) set rate_ 1mb
$cbr(1) set random_ false
$ns at 1.0 "$cbr(1) start"
puts "finished"
puts ""
##############################################################################################################
set udp(2) [new Agent/UDP]
$UE0 attach-agent $udp(2) $WLAN_UE1 ;# the interface is used for sending
set null(2) [new Agent/Null]
$ns attach-agent $CN_host0 $null(2)
$ns connect $udp(2) $null(2)
set cbr(2) [new Application/Traffic/CBR]
$cbr(2) attach-agent $udp(2)
$cbr(2) set type_ CBR
$cbr(2) set packet_size_ 500
$cbr(2) set rate_ 1mb
$cbr(2) set random_ false
$ns at 0.0 "$cbr(2) start"
##############################################################################################################
# connect both TCP agent
puts "3 Connecting send agent and recieve agent"
#$UE0 connect-agent $tcp_(0) $tcp_(1) $UMTS_UE0 ;# new command: specify the
interface to use
#$tcp_(0) listen
puts "finished"
puts ""
# do some kind of registration in UMTS
puts "****************************************************************"
puts "do some kind of registration in UMTS......"
$ns node-config -llType UMTS/RLC/AM \
-downlinkBW 384kbs \
-uplinkBW 384kbs \
-downlinkTTI 20ms \
-uplinkTTI 20ms \
-hs_downlinkTTI 2ms \
-hs_downlinkBW 384kbs
# for the first HS-DSCH, we must create. If any other, then use
attach-hsdsch
puts "Creating HS-DSCH for data transfering......"
$ns create-hsdsch $UMTS_UE0 $udp(0)
#$ns attach-hsdsch $UMTS_UE1 $udp(1)
# we must set the trace for the environment. If not, then bandwidth is
reduced and
# packets are not sent the same way (it looks like they are queued, but TBC)
puts "set trace for the environment......"
$BS setErrorTrace 0 "idealtrace"
#$BS setErrorTrace 1 "idealtrace"
# load the CQI (Channel Quality Indication)
puts "loading Channel Quality Indication......"
$BS loadSnrBlerMatrix "SNRBLERMatrix"
puts "finished"
puts "****************************************************************"
puts "################################################################"
# we cannot start the connect right away. Give time to routing algorithm to
run
#$ns at 0.5 "$app_(1) connect $app_(0)"
# install a procedure to print out the received data
Application/TcpApp instproc recv {data} {
global ns
$ns trace-annotate "$self received data \"$data\""
puts "$self received data \"$data\""
}
# function to redirect traffic from WLAN_UE0 to WLAN_UE0
proc redirectTraffic {} {
puts ""
puts "************it is time for handovering*********"
puts ""
global UE0 WLAN_UE0 WLAN_UE1 udp null CN_host0 ns
$UE0 attach-agent $udp(0) $WLAN_UE1 ;# the interface is used for sending
$UE0 connect-agent $udp(0) $null(0) $WLAN_UE1 ;# the interface is used
for receiving
#$UE1 attach-agent $udp(1) $WLAN_UE1
#$UE1 connect-agent $udp(1) $null(1) $WLAN_UE1
$UE0 attach-agent $udp(1) $CN_host0 ;# new command:
the interface is used for sending
$ns attach-agent $WLAN_UE1 $null(1)
$ns connect $udp(1) $null(1)
}
# send a message via TcpApp
# The string will be interpreted by the receiver as Tcl code.
#for { set i 1 } { $i < 10 } { incr i} {
# $ns at [expr $i + 0.5] "$app_(1) send 100 {$app_(0) recv {my message
$i}}"
#}
# Initialize Flags
set holdtime 0
set holdseq 0
set holdrate 0
#record the position of node
proc record {} {
global WLAN_UE0 null f0 f1 f2 holdtime holdseq holdrate
set ns [Simulator instance]
set time 0.1;# record 0.5 second
set WLAN_UE0_x [$WLAN_UE0 set X_]
set WLAN_UE0_y [$WLAN_UE0 set Y_]
set now [$ns now]
puts "$WLAN_UE0_x\t$WLAN_UE0_y"
set bw0 [$null(0) set bytes_]
set bw4 [$null(0) set nlost_]
set bw8 [$null(0) set lastPktTime_]
set bw9 [$null(0) set npkts_]
set now [$ns now]
# Record Bit Rate in Trace Files
puts $f0 "$now [expr (($bw0+$holdrate)*8)/(2*$time*1000000)]"
# puts $f0 "$now [expr ($bw0+$holdrate)/$time*8/1000000]"
# Record Packet Loss Rate in File
puts $f1 "$now [expr $bw4/$time]"
# Record Packet Delay in File
if { $bw9 > $holdseq } {
puts $f2 "$now [expr ($bw8 - $holdtime)/($bw9 - $holdseq)]"
} else {
puts $f2 "$now [expr ($bw9 - $holdseq)]"
}
# Reset Variables
$null(0) set bytes_ 0
$null(0) set nlost_ 0
set holdtime $bw8
set holdseq $bw9
set holdrate $bw0
$ns at [expr $now + $time] "record"
}
# Initialize Flags
set holdtime1 0
set holdseq1 0
set holdrate1 0
proc record1 {} {
global recoumts f01 f11 f21 holdtime1 holdseq1 holdrate1
set ns [Simulator instance]
set time 0.5;# record 0.5 second
set now [$ns now]
set bw01 [$recoumts set bytes_]
set bw41 [$recoumts set nlost_]
set bw81 [$recoumts set lastPktTime_]
set bw91 [$recoumts set npkts_]
set now [$ns now]
# Record Bit Rate in Trace Files
puts $f01 "$now [expr (($bw01+$holdrate1)*8)/(2*$time*1000000)]"
# puts $f0 "$now [expr ($bw0+$holdrate)/$time*8/1000000]"
# Record Packet Loss Rate in File
puts $f11 "$now [expr $bw41/$time]"
# Record Packet Delay in File
if { $bw91 > $holdseq1 } {
puts $f21 "$now [expr ($bw81 - $holdtime1)/($bw91 -
$holdseq1)]"
} else {
puts $f21 "$now [expr ($bw91 - $holdseq1)]"
}
# Reset Variables
$recoumts set bytes_ 0
$recoumts set nlost_ 0
set holdtime1 $bw81
set holdseq1 $bw91
set holdrate1 $bw01
$ns at [expr $now + $time] "record1"
}
$ns at 0.0 "record"
$ns at 0.0 "record1"
# call to redirect traffic
$ns at 3 "redirectTraffic"
$ns at 3 "$ns trace-annotate \"Redirecting traffic\""
$ns at 5 "finish"
puts " Simulation is running ... please wait ..."
$ns run
2012/11/6 Basma Bejaoui <bejaoui.ba...@gmail.com>
>
>
> ---------- Forwarded message ----------
> From: Basma Bejaoui <bejaoui.ba...@gmail.com>
> Date: 2012/11/6
> Subject: Re: [ns] Multiface node problem
> To: Nasim Ham <nhamay...@gmail.com>
>
>
> Hi I already attach it, here it is again !!
>
>
> 2012/11/5 Nasim Ham <nhamay...@gmail.com>
>
>> hi
>> send your tcl , we may help you.
>>
>>
>> On Tue, Nov 6, 2012 at 12:22 AM, Basma Bejaoui
>> <bejaoui.ba...@gmail.com>wrote:
>>
>>>
>>>
>>> Hi every body
>>> I simulate a scenario in which I have 3 networks
>>> one umts and two wlan, a mobile node is multifaced : 2 interface wlan
>>> and 1
>>> umts
>>>
>>> My scenario work so good if I use one AP, one UMTS_bs , and a mobile node
>>> with 3 interfaces 2 wlan and one umts
>>>
>>> AP0 (4.0.0) --> interface WLAN_UE0 (4.0.1)
>>> --> interface WLAN_UE1 (4.0.2)
>>> UMTS_BS (0.0.1) -->interface umts_ue (0.0.2)
>>>
>>> But when I add another Basic station the traffic dont arrived to the
>>> second
>>> wlan interface
>>>
>>> AP0 (4.0.0) --> interface WLAN_UE0 (4.0.1)
>>> AP1 (2.0.0) --> interface WLAN_UE1 (2.0.1)
>>> UMTS_BS (0.0.1) -->interface umts_ue (0.0.2)
>>>
>>> the simulation starts by sending cbr traffic from umts interface to CN
>>> then sending traffic from CN to interface WLAN_UE0
>>> then MN enters to the second WLAN, the CN stop sending to the interface
>>> wlan_UE0 over AP0 ,
>>> CN send to interface WLAN_UE1 over AP1, but the traffic arrives to AP1
>>> only, and do not received by WLAN_UE1
>>> what 's the problem
>>>
>>> thank you for helping
>>>
>>> --
>>> *Cordialement*
>>> *Basma Bejaoui*
>>> *Ingénieur Informatique, Génie Télécommunication et Réseaux *
>>> *+216 20 09 52 02 *
>>>
>>>
>>
>
>
> --
> *Cordialement*
> *Basma Bejaoui*
> *Ingénieur Informatique, Génie Télécommunication et Réseaux *
> *+216 20 09 52 02 *
>
>
>
>
> --
> *Cordialement*
> *Basma Bejaoui*
> *Ingénieur Informatique, Génie Télécommunication et Réseaux *
> *+216 20 09 52 02 *
>
>
--
*Cordialement*
*Basma Bejaoui*
*Ingénieur Informatique, Génie Télécommunication et Réseaux *
*+216 20 09 52 02 *
