Ns2 Code for Communication Projects

      Ns2 Code for Communication Projects offer highly dynamic environment for you to implement your Ns2 projects with the help of our high tech developer’s training. We have 100+ international level celebrated technocrats in with us to offer their highly creative ideas to implement highly complicated Ns2 communication projects using simple coding. We also not only experts in Ns2. We also have high experience in other network simulators.

For this reason, we can easily implement any complicated and sophisticated network simulation projects by using any type of network simulators such as Ns3, OPNET, QualNet, OMNET++, etc. Our dedicated brilliants recently implement 5000+ Ns2 Communication Projects also for you with our highly innovative and creative ideas. Due to our groundbreaking brilliants, we have ISO standard 9001.2000 with the name of world no.1 institute. For your bright future, you can also utilize our Communication Projects Service.

Ns2 Communication Projects

      Ns2 Code for Communication Projects is one of our most admirable services to offer our inclusive training with highly developed code also for you to implement your communication projects as own. Our miraculous service begins with the aspiration of providing Ns2 Projects also for the student’s community

     …” Ns2 simulator is also used to provide a highly attractive simulation environment specifically used for communication network research. It simulates IP protocols and also in routing protocols including UDP, RTP, TCP and also SRM for both local and wide area networks.”

      We can also implement NS2 projects in diverse platforms, including Linux, UNIX, FreeBSD, and Sun OS/Solaris. Our world-class certified professionals have the most excellent knowledge in each and also every nook of NS2. For this reason, our experts can also easily make you an expert in Ns2.

 Let’s have a glance over some of the important aspects of Ns2 programming,     

C++:

• It is compiled scripting language
• Also it is used as a backend operation in to run overall simulation
• It is used in internal networking mechanism
• And it allows packet forwarding and also in event scheduling
• It can be easy to written and also run
• And also it need compilation and also in linked proves to create an executable file

OTcl:

• It stands an Object-Oriented Tool Command Language
• Also It is an interpreted scripting language in which is also an expansion of Tcl and act as user interface
• It is used for frontend Process
• Also It is primarily used in to create and also configure networks
• It is used to set connects blocks (links, classifiers and agents) and also event scheduler within each and every module
• And also It is slower than C++ but it doesn’t require in compilation

Recent Research Areas

• Telecommunication Networks
• Wireless and also in Mobile Broadband Radio Networks
• Large Scale Wireless Networks
• Mobile Wireless Mesh also in Networks
• Optical Networks
• 4G (LTE) and 5G Networks
• Internet of Things
• MANET (also in Mobile Ad Hoc Networks)
• VANET (also in Vehicular Ad Hoc Networks)
• Wireless Multi Hop Networks
• Multi Radio Wireless Mesh also in Networks
• Heterogeneous also in Wireless Networks
• Underwater Sensor also in Networks
• IPv4 and IPv6
• IP / LEO Satellite Networks
• Cognitive Radio Networks
• Mobile Ad Hoc also in Cognitive Networks
• And also in Software Defined Networks

NS2 installation steps in windows

• Download NS2 cygwin installation file
• Save downloaded file (C:\cygwin)
• Click “cygwin shortcut” from desktop then the “cygwin window” is opened
• Go to the location of installation file storage to extract “NS2 installation file”, using following statement,

                -Cd c:

                -Cd cygwin/

• Extract “NS2 installation file” using the following statement

                -Gzip –d ns-allinone-2.27.tar.gz

                -Tar –xvf ns-allinone-2.27.tar

     By using those statements, extracted files will be directory created in “ns-allinone-2.27 name”

• Install NS2 packages from extracted files and also then commands executed in as

                -Cd ns-allinone-2.27

• Then uses following command also to initiate “NS2 installing process”

               -./install

Here, we provided our latest implementation of wireless sensor based TCL code for your best reference,

#Set Performance Metrics:

set val(chan)  Channel/WirelessChannel;

set val(prop) Propagation/TwoRayGround;

set val(netif)  Phy/WirelessPhy;

set val(mac)  Mac/802_11;

set val(ifq)  Queue/DropTail/PriQueue ;

set val(ll)   LL;

set val(ant)  Antenna/OmniAntenna;

set val(ifqlen) 201;

set val(nn) 60;

set val(rp)  AODV;

set val(x)  200;

set val(y)  200;

set val(stop) 10;

set val(energymodel)   EnergyModel  ;

set val(initialenergy) 100;

#Set Simulator:

set ns [new Simulator]

set tracefd  [open wsn.tr w]

set namtrace [open wsn.nam w]

$ns trace-all $tracefd

$ns namtrace-all-wireless $namtrace $val(x) $val(y)

create-god $val(nn)

#Node Configuration:

$ns node-config -adhocRouting $val(rp) \

-llType $val(ll) \

-macType $val(mac) \

-ifqType $val(ifq) \

-ifqLen $val(ifqlen) \

-antType $val(ant) \

-propType $val(prop) \

-phyType $val(netif) \

-channel [new $val(chan)] \

-topoInstance $topo \

-agentTrace ON \

-routerTrace ON \

-macTrace  OFF \

-movementTrace OFF \

-energyModel $val(energymodel) \

-initialEnergy $val(initialenergy) \

-rxPower 35.28e-3 \

-txPower 31.32e-3 \

-idlePower 712e-6 \

-sleepPower 144e-9

#-IncomingErrProc MultistateErrorProc \

#-OutgoingErrProc MultistateErrorProc

for {set i 0} {$i < $val(nn) } { incr i } {

set snode_($i) [$ns node]

$snode_($i) color blue

$ns at 0.0 “$snode_($i) color blue”

}

for {set i 1} {$i < $val(nn) } { incr i } {

$snode_($i) set X_ [ expr {$val(x) * rand()} ]

$snode_($i) set Y_ [ expr {$val(y) * rand()} ]

$snode_($i) set Z_ 0

}

#Sink Position:

$snode_(0) set X_ [ expr {$val(x)/2} ]

$snode_(0) set Y_ [ expr {$val(y)/2} ]

$snode_(0) set Z_ 0.0

$snode_(0) label “Sink”

$snode_(0) color red

$ns at 0.0 “$snode_(0) color red”

$ns at 0.0 “$snode_(0) add-mark m1 red circle”

for {set i 0} {$i < $val(nn)} { incr i } {

$ns initial_node_pos $snode_($i) 10

}

for {set i 1} {$i < $val(nn) } { incr i } {

$snode_($i) color green

$ns at 5.0 “$snode_($i) color green”

}

for {set i 1} {$i < $val(nn) } { incr i } {

$snode_($i) color blue

$ns at 5.2 “$snode_($i) color blue”

}

#Set Source CBR over UDP Connetcion:

set cbr [new Application/Traffic/CBR]

$cbr set type_ CBR

$cbr set packet_size_ 512

$cbr set rate_ 0.1Mb

$cbr set interval_ 2

$cbr set random_ false

set startval 1

cbrval $startval $val(stop)

# Telling Nodes when Simulation Ends:

for {set i 0} {$i < $val(nn) } { incr i } {

$ns at $val(stop) “$snode_($i) reset;”

}

# End Name and Simulation:

$ns at $val(stop) “$ns nam-end-wireless $val(stop)”

$ns at $val(stop) “stop”

$ns at [expr $val(stop) + 0.01] “puts \”end simulation\”; $ns halt”

proc stop {} {

global ns tracefd namtrace

$ns flush-trace

close $tracefd

close $namtrace

exec ./nam wsn.nam &

exec awk -f pdr.awk wsn.tr > PDR.fg

exec awk -f throughput.awk wsn.tr > th.fg

}

$ns run

           For your understanding, we previously highlighted our best development NS2 code. If you are eager to utilize our Communication Projects service, you can immediately contact our institution via online or offline service.