M-Sequence Generator MATLAB Program
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Resource Overview
A MATLAB implementation for generating M-sequences (pseudorandom binary sequences) with configurable length and polynomial parameters, featuring register feedback control and correlation analysis capabilities.
Detailed Documentation
This MATLAB program implements an M-sequence generator. M-sequences are pseudorandom binary sequences typically generated through linear feedback shift registers (LFSRs) with carefully selected tap configurations. The algorithm employs primitive polynomials to ensure maximum-length sequences with optimal autocorrelation and cross-correlation properties, making them valuable in communications systems, cryptography, and signal processing applications.
The program allows users to specify sequence length and generator polynomial parameters to produce customized M-sequences for different requirements. Key implementation features include:
- Linear feedback shift register (LFSR) initialization and state management
- Polynomial coefficient validation for maximal-length sequences
- Bit-wise sequence generation with configurable output formats
- Automatic correlation property verification
The code structure includes main generation functions, polynomial validation routines, and sequence output handlers. If you're interested in M-sequence generation principles or applications, you can download this program for educational and testing purposes. For any technical questions or suggestions regarding M-sequences or this implementation, please contact us - we provide comprehensive support for algorithm customization and application integration.
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