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Implementation and Simulation of a Vehicular Ad-Hoc Network in an urban scenario using Omnet++ 5.0, SUMO 0.25 and Veins 4.4.
Aim to simulate MCB (Multichannel Beacon Protocol) using standards Mac 1609.4 and IEEE 80211p Tech Stack : Mac OS El Capitan 10.11.6, Omnet++ 5.0, SUMO 0.25.0, Veins 4 alpha 2, Inet 2.5
This repository addresses popular content routing design for public transportation as discussed in my Ph.D. thesis titled as: "Popular Content Distribution in Public Transportation Using Artificial Intelligence Techniques". The code used for the entire content routing design is provided twice using two programming languages, namely: Python and MATLAB.
Debian GNU/Linux 9 (stretch) 64-bit, Omnetpp-5.2.1, Sumo 0.30, Instant Veins 4.6, Catch (Unit Testing Framework)
This repository addresses popular content recommender design for public transportation as discussed in my Ph.D. thesis titled as: "Popular Content Distribution in Public Transportation Using Artificial Intelligence Techniques". The code used for the entire content recommender design is provided twice using two programming languages, namely: Python and MATLAB.
Contains research on Sybil attack detection in Vehicular Ad-Hoc Networks (VANETs) using OMNET++ IDE with VEINS and SUMO traffic simulation software. All scenarios may be ran with OMNET++ by running the omnetpp.ini file after starting the TRACI command interface using the veins_launchd.py script alongside Sumo-Gui.
Step-by-step install OMNeT++, INET, VEINS ans SUMO on Ubuntu
VANETs simulation using OMNeT++, VEINS and SUMO
This repository addresses public transportation mobility analysis as discussed in my Ph.D. thesis titled as: "Popular Content Distribution in Public Transportation Using Artificial Intelligence Techniques". The code used for the entire mobility analysis is provided twice using two programming languages, namely: Python and MATLAB.
This is an vanets full stack blockchain app. This app proposes a mechanism to store and compute the traffic events in an efficient and secure manner.