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Simulates vehicle-to-vehicle communication for autonomous vehicles at intersection
Detect the occurence of accident and prescribe other vehicle to change the route. Simulation using SUMO,Viens and Omnet++.
A Veins simulation (OMNeT++ & SUMO) aiming to enhance rescue missions through ambulance-to-traffic light communications using a Vehicular Ad-Hoc Network.
My notes when I set up my simulation of Smart Traffic Lights System project. A good guide to setup OmNet++ and Veins.
Traffic simulation project for dissertation
This is a VANET simulation of an intelligent intersection management system.
Simulation of various VANET protocols using Veins, Omnetpp, Sumo and OpenMaps.
Simulation of various VANET protocols using Veins, Omnetpp, Sumo and OpenMaps.
Tutorials for VANET YouTube Series (OMNET++, INET, and VEINs)
simulation code of group-based adaptive intersection control for multiple intersections
Solutions for VANET communication with OMNET++
Implementation of the AID dissemination protocol for VANETs using the Veins simulator
Study and simulation of communication networks between vehicles (VANETs) in various mobility scenarios.
IoV Reputation Mechanism simulation using SUMO, OMNETPP and VEINS.
This modified Veins project use the V2V communication to run a distributed heuristic algorithm to optimize the vehicles crossing the intersection.
[code] "A Markovian Model for Analyzing Opportunistic Request Routing in Wireless Cache Networks" by J. Dinal Herath and Anand Seetharam. In: IEEE Transactions in Vehicular Technology (TVT) (2018)
Simulating V2V and V2I connectivity in Matlab using car following, lane changing models and entry and exit ramps on a 4-Highways, 3-Ramps scenario. For project description, see PDF file ENTS749C_pr…
This is my final thesis at Northwestern University
OMNET++ simulation of V2V and V2I in VANETs.
Reproduce results of the research article "Deep Reinforcement Learning Based Resource Allocation for V2V Communications"
This repository includes the same codes for my paper "Whale Optimization Algorithm with Applications to Resource Allocation in Wireless Networks"