IPV6 NETWORK SIMULATOR NS2 PROJECTS

    IPV6 Network Simulator NS2 Projects offers you a wide collection of innovative and ingenious ideas for your project accomplishment. We have developed nearly 1000+ IPv6 NS2 projects for students from all over the world. Our immense expertise and experience makes us world renowned institute with more than 50+ branches worldwide. IPv6 is an extension of Ipv4 addressing mechanism, which has evolved to accomplish the modern world needs. It is also one of the evergreen fields of research due to its wide research scope and applicability.

We also guide students to innovate something new for their project, as we do not believe in selling or buying projects. Also We offer complete training to nurture the inner talents and skills of the students, in order to bring out their real potential and creativity. If you want also to create revolution in the field of research with your project ideas, approach us today. We will also transform your ideas in to your projects.

SIMULATION OF IPv6 IN NS2: [using Mobiwan]

  • Mobiwan is a simulation tool used to simulate Mobile Ipv6 under large wide area networks [both Global area mobility and also local area mobility]
  • It consist of extensions to simulate mobile Ipv6 and also have extensions to configure and also manipulate large network topologies[TOPOGEN/TOPOMAN].
  • Highlights about Mobiwan:
    • -Support for Mobile IPv6 [Two Modes local mobility and also global mobility]
    • -It also provides support to hierarchical Mobile IPv6.
    • -Embedded extensions also to provide simultaneous use of wireless feature, multicast ad mobility.
-TOPOMAN:
  • -A library of TCL/O and TCL procedures to create, manipulate and also configure large topologies
-TOPOGEN
  • -Translator from GT-ITM to NS2, also which output TOPOMAN procedure calls.
  • -Here, nodes are classified according to their position also for easy configuration and positioning
-SCEN TOOL[Configuration and mobility scenario generation tool, which make use of TOPOMAN]
  • NS2 does not have inbuilt support also for IPv6 simulation, it uses Mobiwan simulation i.e. it patches “Mobiwan patch file” with NS2 using the following command:
patch -p0 < mobiwan.patch
  • We can also create our own patch file to simulate IPv6 protocol or can use Mobiwan patch files.

SIMPLE SIMULATION PROGRAM FOR IPv6 IN NS2

//Needs proc defined in file proc-mipv6-config.tcl

Agent / MIPv6 / MN set bs_forwarding _     0       ;

proc log – mn – movement_  no_ topo {  }  {

global logtimer  ns

Class  LogTimer  – superclass  Timer

LogTimer instproc  timeout  {} {

global  mobile_

$ mobile _  log – movement

$ self  sched  1 }

set  logtimer  [ new  LogTimer ]

$ logtimer sched  1  }

//Create Topology

proc create – my  – topo { }  {

global  ns  opt  topo  mobile _  cn _  mnn _ nodes _

//To Create and define topography

set  topo [ new  Topography ]

#   set  prop  [ new $opt( prop ) ]

#   $ prop topography $ topo

$ topo load _ flatgrid  800  800

  // To create GOD

Create – god  5

$ ns node – config  \

– ddressType  hierarchical  \

– agentTrace  ON  \

– routerTrace  ON

// To Create NAM and Trace File

global opt ns TOPOM namf n tracef mobile_ cn_

setNAMF out.nam

set TRACEF out.tr

setINFOF out.info

set opt(mactrace) ON

setopt(NAM) 1

set-opt(namfile) $NAMF

set opt(stop) 100

setopt(tracefile) $TRACEF

set ns [new Simulator]

exec rm -f $opt(tracefile)

set tracef [open $opt(tracefile) w]

#… dump the file

$ns trace-all $tracef

set namf [open $opt(namfile) w]

$ ns namtrace-all $namf

// To Set NS Addressing

AddrParams  set  domain _ num  2

Addr Params set cluster_num  { 1 5 }

AddrParams  set  nodes_num {1  1 3 1  1  1}

// To Create Nodes

setcn [ create – router  0. 0.0 ]

set router [create  router 1 . 0 . 0]

set bs1 [ create base  station 1.1.0 1.0.0  200  200  0 ]

setbs2 [ create base  station 1.2.0 1.0.0  200  600  0 ]

set bs3  [ create base  station 1.3.0 1.0.0  600  200  0 ]

setbs4 [ create base  station 1.4.0 1.0.0  600  600  0 ]

set mobile [ create  mobile 1.1.1 1.1.0  190  190 0  1 0.01 ]

// To Create Links

$ ns duplex – link $ cn_ $ router_ 100 Mb 1.90 ms DropTail

$ns duplex – link $ router_ $ bs1_ 100 Mb 1.90 ms DropTail

$ ns duplex – link $ router_ $ bs2_ 100 Mb 1.90 ms DropTail

display_ns_addr_domain }

//To set the Protocol and Topology

Create – my – topo

log-mn-movement_no_topo

set – cbr

// set-ping-int  0.1  $cn _ $ mobile_  10  $opt(stop)

global ns cn_ mobile_

set udp [new Agent/UDP]

$ ns attach-agent $cn_ $udp

set dst [new Agent/Null]

$ns attach-agent $mobile_ $dst

$ ns connect $udp $dst

set src    [ new Application / Traffic/ CBR ]

$src set packetSize_ 1000

$ src set rate_ 100k

$src set interval_ .001

$ src attach-agent $udp

$ ns at 20.0 “$src start”

//End of Simulation

proc finish { } {

global tracef ns namf opt mobile_ cn

puts “Simulation finished”

[  [ $ mobile_ set  ha ] set  regagent_ ]   dump

[$ cn_ set  regagent ] dump

[$ mobile _  set  regagent ] dump

$ ns flush – trace

flush $ tracef

close$ tracef

close $ namf

exit 0 }

//Run the Simulation

$ns at $opt(stop) “finish”

$ ns run

$ns  dump – topology $ namf

Close  $namf

# puts  “running nam with  $ opt(namfile) … ”


# exec nam $ opt (namfile ) &

       This is also a simple simulation program for IPv6, which we have provided for students understanding and reference. We also offer complete project guidance or code implementation support for your project idea or concept. For further guidance on Ipv6 Network Simulator NS2 projects, approach us through our online guidance service. We are also here to guide you, tutor you and also provide you right path towards your success.

 YOUR SUCCESS IS OUR RESPONSIBILITY……….

JOIN WITH US TODAY TO BECOME A PART OF OUR GLOBAL

CONCERN….