I will simulate vanet, v2x, and c v2x using ns3 with sumo for research

I typically work with the latest stable releases, such as NS-3.41+ and SUMO 1.21+. however, if your research requires an older environment (like NS-3.29 or NS-2.35) for specific legacy modules, I can configure those environments using Docker or virtual machines to ensure full compatibility

Yes! I use OpenStreetMap (OSM) to export real-world city maps and road networks. I then process these through the netconvert and polyconvert tools in SUMO to ensure that the lane logic, traffic lights, and intersections match the real-world location exactly.

I support both. For standard DSRC/WAVE simulations, I use the IEEE 802.11p module. For advanced cellular V2X (C-V2X), I integrate the 5G-LENA or mmWave modules in NS-3 to simulate Sidelink (PC5 interface) communications and network slicing for vehicular safety.

I provide realistic mobility using SUMO's Krauss car-following model and LC2013 lane-changing model. Unlike simple random-waypoint models, my simulations account for traffic congestion, vehicle acceleration, and real-driver behavior, which is critical for valid V2X research data.

Yes. I implement C‑V2X Mode 4 (sensing‑based semi‑persistent scheduling) for vehicle‑to‑vehicle communication, and Mode 3 if you need eNB‑assisted scheduling. I can also compare IEEE 802.11p (WAVE) vs C‑V2X vs 5G‑V2X within the same NS3‑SUMO simulation framework. Just specify which protocols you nee

Absolutely. I can import real OSM maps (e.g., downtown Luxembourg, Cologne, Manhattan, or any city you provide) into SUMO using netconvert. I also handle traffic lights, speed limits, lane numbers, and intersection geometries. The mobility traces are then fed directly into NS3 for your VANET or V

You will receive raw trace files and publication‑ready graphs for: Packet Delivery Ratio (PDR) vs vehicle density / speed End‑to‑End Delay (E2E) – average and distribution Throughput (MAC‑layer and application‑layer) Channel Busy Ratio (CBR) – for 802.11p and C‑V2X Beacon Error Rate (BER) and h

Yes. In the Premium package, I place Roadside Units (RSUs) at intersections or along highways according to your coverage requirements. I can also simulate handover between RSUs (or between RSU and base station for C‑V2X Mode 3) and measure handover latency, packet loss, and connection time. For cust