One-Dimensional Simulation for Correlative Imaging (Ghost Imaging)
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Resource Overview
Detailed Documentation
This documentation provides MATLAB source code for one-dimensional simulation of correlative imaging (ghost imaging). This imaging technique utilizes interference patterns between detectors and light beams to eliminate aliasing artifacts, resulting in clearer and more accurate image reconstruction. The MATLAB implementation includes core algorithms for generating speckle patterns, calculating second-order correlations, and reconstructing images through intensity fluctuation analysis. Key functions allow users to adjust parameters such as speckle size, sampling rates, and noise thresholds to simulate various experimental conditions. The modular code structure facilitates understanding of ghost imaging principles while enabling modifications and extensions for different application scenarios. If you are interested in correlative imaging, this source code will serve as a practical tool for both learning and research purposes.
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