Professional MATLAB source code with comprehensive documentation and examples
A MATLAB-based implementation of Newton-Raphson method for power flow analysis on IEEE 14-bus test case, extendable to arbitrary power systems with nodal admittance matrix configuration
Applying the Method of Moments to compute antenna current distribution, electromagnetic fields, radiation patterns, and impedance matrices with numerical implementation insights
A coursework project implementing beamforming algorithms with practical code examples and technical explanations
iNEDI stands for "improved New Edge-Directed Interpolation" - an enhanced image interpolation technique that builds upon the original NEDI method described in X. Li et al.'s seminal paper "New Edge-Directed Interpolation" published in IEEE Transactio
MATLAB programs implementing PAM, QAM, and PSK modulation techniques with detailed comparative analysis capabilities, including performance evaluation across transmission efficiency, noise immunity, and implementation complexity
This MATLAB simulation program focuses on key channel estimation techniques for OFDM systems, specifically implementing block-type pilot-based channel estimation algorithms including LS (Least Squares) and LMMSE (Linear Minimum Mean Square Error) est
Circular array contour techniques, beam steering directions, and 3D angle-based signal-to-noise ratio visualizations for robust interference suppression
Implementation of image transmission via Orthogonal Frequency Division Multiplexing (OFDM) using MATLAB programming, with comprehensive performance analysis including BER, SNR metrics, and system optimization techniques.
Comprehensive code implementation of FM modulation and demodulation processes, including detailed differential and integral operations. Well-commented source code with clear explanations of mathematical operations and signal processing techniques.
MPC - Dynamic Matrix Control for Multi-Input Multi-Output Systems with Implementation Insights
Implementation of convolutional code encoding and decoding using MATLAB, with randomly generated data as the source and soft decision decoding algorithm
This program provides comprehensive simulation capabilities for IEEE802.16e LDPC encoder and decoder systems. The design methodology and theoretical foundations are detailed in the following publications by Xiao Yang: [1] "Turbo and LDPC Coding with
MATLAB simulation of MSK (Minimum Shift Keying) with detailed signal waveform visualization for modulation and demodulation processes, including implementation code structure and key algorithm explanations.
Implementation of Frequency Shift Keying (FSK) modulation and demodulation in MATLAB with step-by-step waveform visualization and power spectral density plots
This resource provides performance analysis and simulation of shortwave channel resilience against multi-tone interference. The package includes implementation code for key algorithms and can be directly extracted without decompression passwords. Sim
Implementation of adaptive power and bit allocation algorithm for OFDM systems, enabling dynamic resource allocation with practical code considerations
This article introduces an improved detection algorithm for MIMO-OFDM systems—the sphere decoding algorithm. The implementation covers VB sphere decoding, CL sphere decoding, and enhanced variants (KCL and CL-MMSE algorithms). The simulation code can
A comprehensive MATLAB implementation of Viterbi decoding and encoding algorithms, ideal for beginners learning digital communication systems
This work presents a relatively uncommon 16PSK simulation algorithm, including implementations for Gaussian channels, Rayleigh channels, and Linear Time-Invariant (LTI) channels. For the Rayleigh channel scenario, the algorithm provides comparative r
A comprehensive channel simulation program that implements channel modeling under various parameter configurations, including indoor multipath environment simulation for ultra-wideband systems, featuring configurable path loss models, fading paramete