AODV Simulation code in NS2

How to simulate AODV Protocol using NS2 code

What is AODV Protocol?TCL Script for AODV simulation in ns2.

AODV refers to An on-demand routing protocol for wireless a network that uses traditional routing tables to store routing information.AODV protocol uses timers at each node and expires the routing table entry after the route is not used for a certain period of time.We have successfully delivered more than 50+ AODV Protocol Simulation in ns2 Project to B.E/B.Tech/M.E/M.Tech and PhD Scholars.Get in touch with us for customized AODV Protocol Projects.

Architecture-of-AODV-protocol

Download Sample source code for AODV Protocol simulation using Ns2.For customized AODV Simulation code in Ns2,Contact us for more detail information.

Characteristics of AODV Protocol:

  • Multihop.
  • Low power
  • Auto configured.
  • Dynamic
  • Autonomous.
  • Peer-to-peer.
  • Zero-administration.

Benefits of AODV Simulation using Ns2 :

  • Wireless data rates.
  • Additional security exposure.
  • Scalability.
  • Non-ubiquitous coverage.
  • Power budget vs latency.

NS2 Projects Video Output

See our Latest Video Output of Ns2 Projects on Various Domain.

Ns2 Projects

Customized NS2 Projects for B.E/B.Tech/M.E/M.Tech/Ms/PhD Scholars.

Ns2 Projects Screen Shots

Ns2 Projects Screen Shots.Regular Update of NS2 Projects Screenshots here!

AODV Simulation Code In NS2

void
aodvHelloTimer::handle(Event*) {

if (agent->rtable.rt_has_active_route())
agent->sendHello();
double interval = MinHelloInterval + ((MaxHelloInterval - MinHelloInterval) * Random::uniform());
assert(interval >= 0);
Scheduler::instance().schedule(this, &intr, interval);
}
void
aodvNeighborTimer::handle(Event*) {
agent->nb_purge();
Scheduler::instance().schedule(this, &intr, HELLO_INTERVAL);
}
void
aodvRouteCacheTimer::handle(Event*) {
agent->rt_purge();
#define FREQUENCY 0.5
Scheduler::instance().schedule(this, &intr, FREQUENCY);
}
void
aodvLocalRepairTimer::handle(Event* p) {
aodv_rt_entry *rt;
struct hdr_ip *ih = HDR_IP( (Packet *)p);

rt = agent->rtable.rt_lookup(ih->daddr());

if (rt && rt->rt_flags != RTF_UP) {

agent->rt_down(rt);

#ifdef DEBUG
fprintf(stderr,"Node %d: Dst - %d, failed local repair\n",index, rt->rt_dst);
#endif
}
Packet::free((Packet *)p);
}

Journal Support for Research Scholars
NS2 Projects Journal support
Ns2 Projects Work Progress
  • MANET – Mobile Ad Hoc Network 95%
  • VANET – Vechicle Ad Hoc Netwok 97%
  • LTE – Long Term Evolution 78%
  • IoT – Internet of Things 90%
  • Wireless Sensor Network 89%
  • Network Security 89%
  • Ns2 Attacks 96%
  • Cognitive Radio Network 85%
  • Parallel and Distributed Computing 73%
  • SDN – Software Defined Networking 95%
  • P2P , Video Streaming , Peersim 96%
  • IPV4 , IPV6 88%
  • 4G Network , 5G Network 80%
  • Visual , Underwater Sensor Network 79%
  • Multicasting Communication 84%
  • Wimax, WiFi 90%
  • OFDMA 94%
Our Achievements – Ns2 Projects
Ns2 Projects Achievements