Beamforming with 16-Element Uniform Circular Array
Beamforming implementation using a 16-element uniform circular array with target signal at 0° azimuth and 0 dB SNR, demonstrating excellent performance results
Professional MATLAB source code with comprehensive documentation and examples
Beamforming implementation using a 16-element uniform circular array with target signal at 0° azimuth and 0 dB SNR, demonstrating excellent performance results
This package contains comprehensive simulation code for both SC-FDE and SC-FDMA systems, featuring BER performance comparisons under Zadoff-Chu (ZC) and MMSE criteria implementations. Includes key reference papers and detailed code annotations. All P
Comprehensive analysis of BPSK modulation bit error rate in UWB communication, including system simulation of PPM-modulated UWB signals over AWGN channels with MATLAB implementation insights
Implementation of direct sequence spread spectrum signal tracking in MATLAB, including carrier tracking and pseudocode phase tracking algorithms with code explanations.
WCDMA modulation and demodulation simulation program for deriving bit error rate, implementing channel coding/decoding algorithms with MATLAB code structures
Power System Analysis - IEEE Standard 14-Bus Optimal Power Flow (OPF) Computational Implementation
CDMA system simulation program with validated performance analysis under various environmental conditions, featuring customizable parameters for signal processing and interference studies
OFDM QPSK simulation program containing a single text file with all implementation code, including comprehensive testing, performance analysis, and visualization features.
QPSK modulation MATLAB implementation featuring baseband pulse shaping using raised cosine filter, including modulation algorithm and filter implementation details
This project provides MATLAB-based implementations of OFDM transmission and reception systems, featuring detailed code explanations, algorithm implementations, and practical programming techniques for educational reference.
A MATLAB implementation for simulating the minimum mean square error between estimated channels and true channels obtained through channel estimation algorithms, featuring various estimation techniques and performance analysis.
Simulation of LDPC code performance in AWGN channel using MATLAB scripts: geth.m (H-matrix generation), getG.m (H-to-G matrix conversion), H2G.m (alternative conversion method), decode.m (encoding implementation), and BER.m (bit error rate calculatio
MATLAB implementation of (7,4) Hamming code encoding with flexible generator matrix configuration through commented code modifications
An overview of precoding algorithms in MIMO systems, including mainstream approaches such as Matched Filtering, Zero-Forcing, MMSE, Optimal Signal-to-Leakage-and-Noise Ratio, and Block Diagonalization, with implementation insights.
This simulation program for PCM encoding design and optimal quantizer design is recommended to run on MATLAB 6.1 or higher versions. The code can be executed directly and includes implementations of quantization algorithms, signal processing function
Realization of ZF (zero forcing) detection algorithm under 4x4 antenna matrix configuration in massive MIMO systems with code implementation insights
MATLAB implementation of demodulation schemes including BPSK, 8PSK, 16QAM, 32QAM, and 64QAM with comprehensive code descriptions and algorithm explanations
MDS-based localization utilizing Direction of Arrival (DOA) algorithms in Wireless Sensor Networks, offering significant utility for DOA-based positioning applications. The implementation typically involves angle-of-arrival measurements and multidime
This LTE system link-level simulation package, developed by leading experts from the University of Vienna, includes comprehensive documentation and source code with MATLAB implementations covering key physical layer components.
A comprehensive spread spectrum communication simulation system featuring analysis of individual modules, encoding/decoding implementations, frequency hopping simulation techniques, and synchronization module analysis with practical code examples