How can I create a Road Side Unit and an eNodeB in a ns2 scenario

Question

I have an 802.11p scenario with some nodes that already have a sumo trajectory, Right now I'm testing the V2V (vehicle to vehicle) communication measuring the throughout with DSDV and AODV routing protocols but I also need to add at least 3 802.11p RSU (Road side unit) and an LTE eNodeB, how can I add those 2 network elements to my ns2 project to be able to test the V2I (vehicle to infrastructure) communication.

Answer 1

LTE eNodeB

One of the "LTE source code packages" available from the now closed 'googlecode' was "minerve-mampaka-lte" : Has some files not found elsewhere : Parameters.tcl, Topology.tcl, main.tcl ...

LTE__minerve-mampaka-lte.tar.gz https://drive.google.com/file/d/1xpqUxUV3d1WHKZsBS54r_Qnx-IfOj3HB/view?usp=sharing

From the simulation main.tcl

#include other tcl files
source Parameters.tcl
source Topology.tcl
source session-rtp.tcl
source http-agent.tcl
source http-cache.tcl
source http-server.tcl

From the configuration file Topology.tcl, lines 53 - 70 :

#create dual-simplex links between eNodeB and the SGW
#uplink S1-U link from each eNB to SGW with user defined bandwidth and delay 
$ns simplex-link $eNodeB $SGW $input_(UP_S1_BANDWIDTH) $input_(UP_S1_DELAY) $input_(UP_S1_QUEUE)
$ns queue-limit $eNodeB $SGW $input_(QUEUE_LIMIT)

#downlink S1-U link from each SGW to eNB with user defined bandwidth and delay 
$ns simplex-link $SGW $eNodeB $input_(DOWN_S1_BANDWIDTH) $input_(DOWN_S1_DELAY) $input_(DOWN_S1_QUEUE)
$ns queue-limit $SGW $eNodeB $input_(QUEUE_LIMIT)

#create duplex link between SGW and PGW with user defined bandwidth and delay 
$ns duplex-link $SGW $PGW $input_(S5_BANDWIDTH) $input_(S5_DELAY) $input_(S5_QUEUE)
$ns queue-limit $SGW $PGW $input_(QUEUE_LIMIT)

#create duplex link between PGW and SERVER with user defined bandwidth and delay 
$ns duplex-link $PGW $SERVER $input_(SGI_BANDWIDTH) $input_(SGI_DELAY) $input_(SGI_QUEUE)
$ns queue-limit $PGW $SERVER $input_(QUEUE_LIMIT)

}

Example, using : Include ' Topology.tcl' in your simulation → source Topology.tcl