Gardner Algorithm for Timing Error Detection in Receivers
Simulink simulation of the Gardner algorithm for timing error detection in receivers, accompanied by detailed Word documentation
GNSS Receiver MATLAB Source Code
A comprehensive MATLAB source code implementation of a complete GNSS receiver, featuring intermediate frequency (IF) signal acquisition, tracking loops, data synchronization, navigation message decoding, and positioning solution output with detailed algorithm explanations.
MATLAB Implementation of a Jake Receiver Model
A downloadable MATLAB-based Jake receiver model implementation using statistical methods to simulate wireless channel fading with configurable Doppler spectrum parameters for communication system analysis.
DVB-T 2K Mode Receiver Implementation with Full Signal Processing Chain
Self-developed DVB-T 2K mode receiver featuring comprehensive demodulation modules, analog down-conversion circuitry, and digital down-conversion algorithms with MATLAB/Simulink implementation. The system includes carrier synchronization, timing recovery, and OFDM demodulation components, providing ready-to-execute functionality for digital television reception.
Excellent Resource on Tracking and Acquisition in Spread Spectrum Communication Systems
This resource provides valuable materials on tracking and acquisition in spread spectrum communications, offering significant assistance for receiver design and implementation through practical code-level insights.
Implementation of a QPSK Modulation System for Bandpass Transmission
This MATLAB model demonstrates a QPSK modulation system designed for transmission over a bandpass channel with center frequency fc = 100 Hz and bandwidth B = 30 Hz, incorporating AWGN at the receiver. The system employs SRRC filters with excess bandwidth α = 0.18, and implements an NDA timing recovery loop followed by a DD phase recovery loop in the receiver chain.
Simulation of Detection Performance for Four V-BLAST Receiver Types (ZF, ZF-SIC, MMSE, MMSE-SIC)
A simulation prototype program evaluating the detection performance of four V-BLAST receiver algorithms (ZF, ZF-SIC, MMSE, MMSE-SIC) by generating bit error rate versus signal-to-noise ratio curves with implementation insights
Interference Simulation for Direct Sequence Spread Spectrum Transmitters and Receivers with Smart Jamming
Simulation program for smart jamming interference on Direct Sequence Spread Spectrum (DSSS) transmitters and receivers, featuring implementations of communication transmitter circuits, receiver acquisition circuits, code tracking loops, carrier acquisition circuits, false lock prevention circuits, signal-to-noise ratio estimation modules, and data demodulation circuits with detailed algorithmic descriptions
DS-CDMA Communication System Simulation Program - Code Implementation with Spreading Sequence Generation, Transceiver Design, and Performance Analysis
DS-CDMA Communication System Simulation Program — Featuring spreading code generation algorithms, transmitter/receiver implementations with BPSK modulation/demodulation, RAKE receiver structure, AWGN channel modeling, and BER performance analysis through Monte Carlo simulations
Detection Performance Comparison of (ZF, MMSE) V-BLAST Receivers with BER-SNR Analysis
This program simulates the detection performance of two V-BLAST receivers (Zero-Forcing and Minimum Mean Square Error) and plots Bit Error Rate versus Signal-to-Noise Ratio curves. The simulation implements layered signal detection algorithms with matrix inversion operations for interference cancellation.