Beamforming Algorithm for Isotropic Linear Arrays
Beamforming algorithm for isotropic linear arrays, which calculates beam patterns based on given element spacing, number of array elements, wavelength, and beam steering angle
Professional MATLAB source code with comprehensive documentation and examples
Beamforming algorithm for isotropic linear arrays, which calculates beam patterns based on given element spacing, number of array elements, wavelength, and beam steering angle
GSM Physical Layer Channel Encoding, Modulation, Channel Simulation, Synchronization Search, Channel Estimation, Equalization and Demodulation, Channel Decoding
Share valuable classic simulation programs for multi-user MIMO detection, complete with simulation results and well-annotated, easy-to-understand code implementations featuring key algorithm demonstrations.
MIMO-OFDM System Simulation with Multiple Implementation Files: Exploring Channel Capacity Calculations and Channel Estimation Algorithms
MATLAB implementation for Bit Error Rate (BER) calculation in Orthogonal Frequency Division Multiplexing (OFDM) systems using Quadrature Phase Shift Keying (QPSK) modulation
This MATLAB simulation program for Rake receivers provides valuable insights into wireless communication systems, featuring multipath signal processing and diversity combining techniques with practical code implementation.
Application Context: With the growing demand for wireless sensor network (WSN) positioning, algorithms require continuous simulation and experimental testing before practical implementation. Localization algorithms include range-based and range-free
Energy Harvesting Wireless Sensor Network (EH-WSN) is an advanced WSN architecture that replaces traditional batteries with rechargeable power supplies through energy harvesting technologies. While traditional WSNs face energy constraints leading to
MATLAB program code implementing graphical visualizations from "Antenna and Wave Propagation" by Song Zheng and colleagues, including computational models for antenna radiation patterns and electromagnetic wave propagation analysis.
Implementation of RAKE receiver functionality for DSSS communications, including an M-file for m-sequence generation and a data source expansion program. The system enables simulation of bit error rate (BER) performance for RAKE reception, facilitati
This is a MATLAB simulation implementation for Rayleigh fading channels, featuring comprehensive parameter analysis and performance evaluation functions.
This resource provides a classic multipath fading channel model implementation, ideal for beginners studying channel modeling and signal propagation effects. It includes practical code demonstrations for time synchronization, frequency synchronizatio
This document provides a detailed explanation of Alamouti code encoding principles and includes implementation approaches for signal processing algorithms.
MATLAB simulation program for the classic OFDM S&C algorithm with graphical output capabilities and comprehensive implementation details
MATLAB-based simulation of single-carrier frequency domain equalization with BER performance visualization through customizable system parameters
This MATLAB-based program simulates ultra-wideband pulse position modulation, implementing key algorithms for digital signal transmission through pulse positioning techniques.
Source code implementation of MIMO block diagonalization precoding technique combined with VBLAST technology, featuring algorithm optimization and performance enhancement approaches.
Digital Communication 4.3.3 - Continuous Phase Modulation with Configurable Coefficients for Flexible Signal Design
Vienna University's MATLAB-based LTE-A system-level simulation program with comprehensive module implementation.
This document presents a self-developed simulation workflow for Ricean fading channels, including signal modulation, transmission through Ricean channel, demodulation, and BER calculation to evaluate channel performance, with added code implementatio