CDMA communication system using Matlab. #github
Investigating the performance of an OFDM-based communication system with QPSK and QAM modulation and effects of AWGN and multi-path channels.
Implementation of Bit Error Rate for multipath models like AWGN, Rayleigh, and Rician Fading Channel models under BPSK Modulation Scheme.
LDPC MATLAB simulation using BPSK + AWGN modulation decoded using Sum Product and Min Sum Algorithm
MATLAB simulation of a BPSK data transmission system with AWGN channel, and its benchmark against BER(SNR).
My solutions for the practical work of the Digital Communication (CN : Communication Numérique) module in my 4th year of state engineering studies at ENSTTIC
This repository contains the source code of all the block codes in MATLAB. This project presents the Bit Error Rate (BER) Comparison of 8-PSK over AWGN channel by considering block codes such as Linear block codes, Hamming codes, BCH codes, RS codes etc. All the codes will be compared in terms of BER and energy per bit to noise ratio.
Homework and accompanying MATLAB code for the 'Introduction to Digital Communication' course
📶 Digital Communication (ELC325B) Assignments Solutions
📶 Digital Communication (ELC325B) Assignments Solutions
This project was part of the course Telecommunication Systems III (ECE Department, AUTH, 7th semester).
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.
Construction of QC-LDPC codes with UEP properties
Simulation of different modulation techniques (BPSK, QPSK, 8PSK, BFSK, 16QAM) on a channel of AWGN
A digital communication project that aims to explore different modulation schemes.
A PCM-Based Vocoder/Decoder, a voice codec software based on PCM of voice signals to send over data network, whose quantizer provides both mid-rise and mid-tread quantization techniques, and an encoder with both Manchester and AMI signaling, providing the concept of AWGN channel, in addition to regenerative repeaters.
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