ofdm-wireless-communications
There are 3 repositories under ofdm-wireless-communications topic.
Nuand / bladeRF-wiphy
bladeRF-wiphy is an open-source IEEE 802.11 compatible software defined radio VHDL modem
Language:VHDL 373yang69 / MIMO-OFDM-Wireless-Communications-with-MATLAB
MATLAB Code for MIMO-OFDM Wireless Communications with MATLAB | MIMO-OFDM无线通信技术及MATLAB实现
Language:MATLAB 288ad-astra-et-ultra / OTFS-and-OFDM-Transceivers
Implementation of OFDM and OTFS transceivers on GNU Radio (software defined radio or SDR)
Language:Python 20szhidkov / joint-channel-nonlinear-ofdm
Joint Channel Estimation and Nonlinear Distortion Compensation in OFDM Receivers (Bussgang-type receiver)
Language:MATLAB 19eslamdyab21 / OFDM-Digital-Communication-System
Investigating the performance of an OFDM-based communication system with QPSK and QAM modulation and effects of AWGN and multi-path channels.
Language:MATLAB 15SAIC-MONTREAL / CeBed
Data-Driven Channel Estimation Test Bed
Language:Jupyter Notebook 15ewine-project / RSSI-based-OFDM-signal-classification
RSSI-based OFDM signal classification using a machine learning algorithm.
Language:MATLAB 10felipescoelho / attention-ofdm
The code here can be used to train a Transformer Neural Network to perform symbol recovery at the receiver end.
Language:Python 5Code for the work in w-OFDM optimization.
Language:MATLAB 3shuwang1 / hierarchical-modulation
Simulations, Paper Submission Drafts and Patent Applications for Research on Hierarchical Modulations
Language:TeX 3brucequz / ECE132A_OFDM_Project
Project OFDM: A MATLAB implementation of ECE132A Course Project
Language:MATLAB 2- Language:CMake 2
narjesno / Wireless-Networks
This repository contains the Wireless Networks-related project I've worked on. The projects are part of the undergraduate course at the University of Tehran.
Language:MATLAB 2- Language:TeX 2
arishalreja / fftprocessor
A year before the first iPhone launched (2007), I worked on improving the robustness of WiFi chipsets for mobile devices using a data modulation technique called Orthogonal Frequency Division Multiplexing (OFDM). My main focus was developing a low power design for an OFDM core, which would minimize battery drain; thus avoiding the need for bigger batteries which raise the cost of a mobile device. I did this work under the guidance of Professor Vijay Madisetti with Mohanned Sinnokrot as my graduate mentor, during the Spring 2006 semester at Georgia Tech.
Language:Verilog 1- Language:C++ 1
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