An implementation of Self-Organizing TDMA (STDMA) for VANETs in NS-3
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Updated
Apr 3, 2016 - Python
An implementation of Self-Organizing TDMA (STDMA) for VANETs in NS-3
Veins framework for interdisciplinary project 5G ecosystem
Write commands to a generic OBDII connection and parse responses
Dinamically creates platoons on the emergence of a road blocking (signs, accidents, blockage)
pyvit: Python Vehicle Interface Toolkit
I'll regroup most of my activities here, notes/articles/publications and of course puzzles!
A tool to determine the source of CAN IDs, and filter CAN packets.
Empirical Models for the Realistic Generation of Cooperative Awareness Messages in Vehicular Networks
CLI to read diagnostic data from vehicles via OBD (ELM 327) connections
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 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: Pyth…
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 M…
Traffic data reporting mechanism based on Reinforcement Learning for reducing overhead in vehicular networks
This repo contains code for my undergraduate thesis title 'Simulation Study of Vehicular Mobility in City Streets'
Implementation and Simulation of a Vehicular Ad-Hoc Network in an urban scenario using Omnet++ 5.0, SUMO 0.25 and Veins 4.4.
Reinforcement Learning-based VANET simulations
Analytical Models of the Performance of IEEE 802.11p Vehicle to Vehicle Communications
Robot (or Device) Localization Using Particle Filter over DOA of Wireless Signals
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