This Python-based simulation platform can realistically model various components of the UAV network, including the network layer, MAC layer and physical layer, as well as the UAV mobility model, energy model, etc. In addition, the platform can be easily extended to meet the needs of different users.
Includes Final Project (Python), Wireshark Labs, and Theoretical HWs
Source code for "Congestion-aware Distributed Task Offloading in Wireless Multi-hop Networks Using Graph Neural Networks"
Command, Control, Communications, Computing & Intelligence through Adhoc Networks
python code to visualise B.A.T.M.A.N ad-hoc wireless mesh network
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…
A tool for connecting to/switching wifi networks and or managing Ad Hoc through CLI . Made mostly for headless pi set up.
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 project provides an application implementing a routing protocol to provide an ad-hoc multi-hoc network. Each node of the network is a gateway, which provides a TCP socket to communicate with each other node of the network.
This project help to determine the best potential node for message passing in Ad-hoc networks.
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.
Contiki implementation in C of the Ad-hoc On-demand Distance Vector (AODV) routing protocol, plus GUI.
Tools and configurations to virtualize batman-adv via Docker, Vagrant and Packer for tests, simulations and emulations.
An ad-hoc network environment built for areas with high natural disaster frequency.
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