Digital Hologram Construction and Reconstruction in Fresnel Holography for Computational Holography
Digital Hologram Construction and Reconstruction in Fresnel Holography for Computational Holography with Implementation Details
MATLAB-based Three-Zone Amplitude-Comparison Distance Protection Model with Integrated Protection Module
MATLAB-built Three-Zone Amplitude-Comparison Distance Protection Model containing protection modules and S-function blocks
DBN Implementation Example: Building a Two-Hidden-Layer Neural Network
This example demonstrates constructing a neural network with two hidden layers, featuring 500 input dimensions and 10 output dimensions. The hidden layers contain 50 and 20 nodes respectively, with a final softmax layer to compress outputs into probabilistic values. The implementation covers network architecture, loss function selection, and optimization algorithms.
Artificial Neural Network Model Builder
This MATLAB program provides a flexible framework for constructing artificial neural network models, allowing customizable layer configurations and neuron counts per layer.
Construction of Energy Detection Model in Cognitive Radio Spectrum Sensing
Building an energy detection model for cognitive radio spectrum sensing and generating probability of false alarm (pf) and probability of detection (pd) under varying SNR conditions
Construction of Girth-Twelve Column-Weight QC-LDPC Codes with Program Implementation
This program constructs quasi-cyclic low-density parity-check (QC-LDPC) codes with girth twelve and specified column weight. The code rate can be adjusted by modifying the row weight parameter (k), while the code size is controlled through the sub-matrix dimension parameter (m). The implementation involves combinatorial optimization algorithms and careful matrix construction to maintain the required girth properties.