There are 2 repositories under qam topic.
《FPGA应用开发和仿真》(机械工业出版社2018年第1版 ISBN:9787111582786)的源码。Source Code of the book FPGA Application Development and Simulation(CHS).
This repository provides a simple python script for getting experience with common modulation techniques i.e. QAM, PSK, ASK and BPSK
Linear digital modems
Verilog Forward Error Correction Archive: BOX-Muller for fast AWGN generation, Universal Demapper from BPSK to QAM-512, different Forward Error Correction coders and decoders Hamming code, Golay code (24), 4-dimension 8-ary phase shift keying trellis coded modulation (TCM_4D_8PSK), BCH, CCSDS and recursive systematic convolutional (RSC) Turbo codes
Julia module for digital communication tools.
Designed a digital communication system using QAM modulation on Octave with Symbol Timing and Carrier Frequency Recovery
Investigating the performance of an OFDM-based communication system with QPSK and QAM modulation and effects of AWGN and multi-path channels.
ASK, QAM, PSK, FSK, MSK simulations and analysis.
Python coding examples for wireless communication systems. This includes currently the topics of modulation such as 4-QAM, BPSK (2-PSK) with an AWGN channel and also Rayleigh fading.
Communication labs ( Digital, Analog, Satellite) Matlab DSP and simulation. These were part of assignments during my Junior year for electrical engineering
Welcome to the Digital_Modulation_Py repository! This repository provides digital modulation techniques, including QPSK,PSK and QAM,using Python.
Digital communication system using QAM modulation on Octave (without using package functions)
My work while learning how QAM and FM works
PythonCommTools is my personal study project dedicated exclusively to digital modulation algorithms in Python. This repository offers my implementations and examples of algorithms related to digital modulation, including techniques such as QAM (Quadrature Amplitude Modulation), PSK (Phase Shift Keying), and more. Feel free to contribute!
Homework and accompanying MATLAB code for the 'Introduction to Digital Communication' course
Mobile Communication is the use of technology that allows us to communicate with others in different locations without the use of any physical connection (wires or cables).
Symbol mapper/demapper. WIP.
An example based bare bones approach to learning Software Defined Radio