UavNetSim-v1: A Python-based simulation platform for designing and testing communication protocols and control algorithms in UAV swarm.
A Python package for software-defined radio
A PyTorch-based toolkit for simulating communication systems
Implementation of OFDM and OTFS transceivers on GNU Radio (software defined radio or SDR)
Allows to reproduce all figures from "Pruned DFT Spread FBMC: Low PAPR, Low Latency, High Spectral Efficiency", IEEE Transactions on Communications, 2018
Implementation of "Distributed Deep Joint Source-Channel Coding over a Multiple Access Channel" paper (ICC 2023)
This is the Matlab code for the paper "Denoising Higher-Order Moments for Blind Digital Modulation Identification in Multiple-Antenna Systems" published in the IEEE Wireless Communications Letters.
Python code for the book 'Wireless Communications and Machine Learning' by Le Liang, Shi Jin, and Geoffrey Ye Li
Implementation of "Distributed Deep Joint Source-Channel Coding with Decoder-Only Side Information" paper (ICMLCN 2024)
Simulator for use in sharing and compatibility studies of wireless communication systems
This repository is accompanying the papers "Artificial Fast Fading from Reconfigurable Surfaces Enables Ultra-Reliable Communications" (SPAWC 2021), "RIS-Assisted Statistical Channel Shaping for Ultra-High Reliability" (WSA 2021), and "Reconfigurable Intelligent Surface Phase Hopping for Ultra-Reliable Communications" (TWC, DOI:10.1109/TWC.2022.…
A comparative study of deep learning models for predicting Channel State Information (CSI) in massive MIMO systems. Integrates COST2100 dataset with STNet compression and evaluates models based on NMSE, RMSE, and spectral efficiency.
Open-source code for book "MIMO-OFDM Wireless Communications with MATLAB"
A comparative study of different supervision levels (supervised/unsupervised/self-supervised) when training graph neural network models for link scheduling in wireless networks.
NI-USRP2921-based multi-hop relay network testbed in LabVIEW NXG.
Automating UAV-Relay Swarms
V2X Propagation Analyses at 28 GHz
A project for a Digital Communications Seminar I attended at university. It consists of a basic Monte Carlo simulation of the bit error rate of a DVB-T system according to standard specifications.
Source code of the paper "Private Collaborative Edge Inference via Over-the-Air Computation".
This is the code implementation for the Matrix-Inverse-Free MU-MIMO WMMSE Beamforming Algorithm.
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