MATLAB Implementation of M-Sequence Generation Function
M-sequence generation function for creating pseudo-random sequences in MATLAB environment with configurable parameters and polynomial specifications.
Generating Random Sequences Using Cryptographic Keys
This method implements pseudorandom sequence generation by utilizing cryptographic keys, providing enhanced security through key-based initialization and algorithm control.
Spectrum Sensing, Multi-User Cooperation, Energy Detection, Pseudorandom Sequences
Spectrum Sensing Multi-User Cooperation Energy Detection Pseudorandom Sequences
Audio Watermarking Source Code: Embedding Pseudo-Random Sequences into Audio Signals
Audio watermarking source code that embeds pseudo-random sequences into audio signals, implementing digital signal processing techniques for information hiding through XOR operations and pseudo-random sequence generation.
Generation of Pseudo-Random Sequences Using MATLAB
Generation of Pseudo-Random Sequences Using MATLAB with Code Implementation and Algorithm Explanations
First-Level DWT Decomposition of Images
The image undergoes first-level DWT decomposition, where two uncorrelated pseudo-random sequences represent 0 and 1 in the watermark information, embedded into the LH and HL subbands of the wavelet decomposition. Note: The complete algorithm consists of two parts: watermark embedding and watermark extraction.
MATLAB Implementation of QPSK Using Pseudo-Random Sequence with Low-Pass Filtering
MATLAB implementation of QPSK modulation employing pseudo-random sequences and low-pass filtering techniques, with visual output analysis available through accompanying graphs
MATLAB Code Implementation for Generating M-Sequences
MATLAB code implementation for generating M-sequences with detailed algorithm explanation and code structure description