AES MATLAB Source Code Implementation
AES MATLAB source code featuring modular encryption implementation, consistent with reference materials, highly valuable for learning and reference purposes
MATLAB Implementation of Reed Muller Coding with Bit Error Rate Curve Plotting
MATLAB Implementation of Reed Muller Coding Algorithm and BER Curve Generation for Error Correction Performance Analysis
Implementation of Maximum Likelihood Channel Estimation Algorithm for STBC-OFDM (ML)
Implementation of Maximum Likelihood Channel Estimation Algorithm for STBC-OFDM (ML) with code-level technical enhancements and implementation considerations
Improved Rayleigh Fading Channel Simulation Based on the Jakes Model
An enhanced Rayleigh fading channel simulation method derived from the Jakes' fading model
Radiation Pattern Analysis of 4-Element Dipole Antenna Array
Comprehensive Study of Radiation Patterns in 4-Element Dipole Antenna Arrays with Implementation Insights
MIMO-OFDM Channel Estimation
A channel estimation implementation for MIMO-OFDM systems featuring a 2x2 antenna configuration, designed with extensible architecture for custom modifications such as additional antennas or increased system dimensionality
Calculation of Spectral Correlation Density for Modulated Signals
Implementation of spectral correlation density computation for modulated signals in cognitive radio systems
MIMO-OFDM Wireless Communication Technology and MATLAB Implementation
Source Code for "MIMO-OFDM Wireless Communication Technology and MATLAB Implementation"
Smart Antenna Adaptive Beamforming Algorithms
Smart Antenna Adaptive Beamforming Algorithms (LMS, RLS, MVDR1, MVDR2) with Implementation Approaches
OFDM System with Water-Filling Power Allocation under Known Channel State Information
Study of OFDM system utilizing water-filling power allocation with known channel state information, including comparative analysis with other systems, with implementation insights on power distribution algorithms and performance metrics.
Classic MATLAB Simulation Program for OFDM Transmission
A comprehensive MATLAB simulation for OFDM transmission systems featuring fundamental algorithms and implementation techniques
Block Adaptive Processing Algorithm
The block adaptive processing algorithm first computes the sample covariance matrix from snapshot data blocks, then calculates the adaptive weight vector. A typical implementation is the Sample Matrix Inversion (SMI) algorithm. Simulation demonstrate
LDPC Encoding: Principles, Implementation, and Practical Examples
Comprehensive guide to LDPC encoding and decoding processes with multiple implementation examples and code-related descriptions
MATLAB Program for Simulating MIMO Flat Fading Channels
This MATLAB program provides efficient simulation of MIMO flat fading channels with comprehensive code implementation for wireless communication analysis.
Noise Cancellation Using the LMS Algorithm
Implementation of LMS algorithm for noise removal, where the clean signal comprises various digital modulation signals (specifically 8ASK digital amplitude modulation) and the noise is additive white Gaussian noise with customizable signal-to-noise r
BOC Modulation Principle Simulation
Simulation of BOC modulation principles developed by international experts, providing profound insights into the core concepts of BOC modulation with comprehensive code implementation details.
LDPC Code Decoding Using Belief Propagation Algorithm
MATLAB Implementation of LDPC Code Decoding via Belief Propagation Algorithm
Simulation of Iterative Clipping and Filtering (RCF) Algorithm for Peak-to-Average Power Ratio (PAPR) Reduction in OFDM Communication Systems
A simulation program for the Iterative Clipping and Filtering (RCF) algorithm designed to reduce Peak-to-Average Power Ratio (PAPR) in OFDM communication systems, featuring MATLAB/Python implementation with configurability for clipping threshold, ite
Simulation of Multipath Fading Channels Using Sum-of-Sinusoids Method
Implementation of multipath fading channel simulation using the sum-of-sinusoids approach with frequency response computation
Monopulse Sum and Difference Beam Angle Measurement Program
Monopulse Sum and Difference Beam Angle Measurement Program. This implementation uses an 8-element linear array to form simultaneous sum and difference beams for angle estimation. The algorithm demonstrates increasing error with larger measurement an