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OMNET++ WIRELESS NETWORK SIMULATION

Wireless Network Simulation Using OMNeT++

OMNET++ WIRELESS NETWORK SIMULATION Wireless networking is an extension of Network to an RF (Radio Frequency) Area.WLAN provides mobility and increased flexibility for connecting to a network.

  • Completed OMNeT++ Wireless Network Simulation 53%
  • On-Going OMNeT++ Wireless Network Simulation 27%
OMNET++ WIRELESS NETWORK SIMULATION

Advantages of wireless network Simulation using OMNeT++:

  • Accessing information from the network is as easy.
  • Cost effective networking media for use in areas that are difficult or too costly to wire.
  • Workplace is numerous.
  • User mobility in the workplace.
  • Providing reliable network services crafting wireless project topics.
OMNET++ WIRELESS NETWORK SIMULATION

Types of wireless standards:

  • 802.11a
  • 802.11b
  • 802.11g
  • 802.11n
  • 802.11i
  • 802.11r

Services offered by wireless networking:

  • Authentication
  • Privacy
  • Delivery of the data
Sample code for OMNeT Wireless Network Simulation
void LineMobilityManager::handleMessage(cMessage * msg)
{
int msgKind = msg->getKind();
switch (msgKind) {

case MOBILITY_PERIODIC:{
if (direction) {
nodeLocation.x += incr_x;
nodeLocation.y += incr_y;
nodeLocation.z += incr_z;
if ( (incr_x > 0 && nodeLocation.x > loc2_x)
|| (incr_x < 0 && nodeLocation.x < loc2_x) || (incr_y > 0 && nodeLocation.y > loc2_y)
|| (incr_y < 0 && nodeLocation.y < loc2_y) || (incr_z > 0 && nodeLocation.z > loc2_z)
|| (incr_z < 0 && nodeLocation.z < loc2_z)) { direction = 0; nodeLocation.x -= (nodeLocation.x – loc2_x) * 2; nodeLocation.y -= (nodeLocation.y – loc2_y) * 2; nodeLocation.z -= (nodeLocation.z – loc2_z) * 2; } } else { nodeLocation.x -= incr_x; nodeLocation.y -= incr_y; nodeLocation.z -= incr_z; if ( (incr_x > 0 && nodeLocation.x < loc1_x)
|| (incr_x < 0 && nodeLocation.x > loc1_x)
|| (incr_y > 0 && nodeLocation.y < loc1_y)
|| (incr_y < 0 && nodeLocation.y > loc1_y)
|| (incr_z > 0 && nodeLocation.z < loc1_z)
|| (incr_z < 0 && nodeLocation.z > loc1_z)) {
direction = 1;
nodeLocation.x -= (nodeLocation.x – loc1_x) * 2;
nodeLocation.y -= (nodeLocation.y – loc1_y) * 2;
nodeLocation.z -= (nodeLocation.z – loc1_z) * 2;
}
}
notifyWirelessChannel();
scheduleAt(simTime() + updateInterval,
new MobilityManagerMessage(“Periodic location update message”, MOBILITY_PERIODIC));

trace() << “changed location(x:y:z) to ” << nodeLocation.x <<
“:” << nodeLocation.y << “:” << nodeLocation.z;
break;
}

}

msg = NULL;}

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