Chaotic Map Crypto-Enhancement

I’m developing a next-level encryption technique using a newly designed chaotic map. To take this technique to its full potential, I require assistance in integrating a dynamic key-based Fisher-Yates shuffling algorithm. Here's what I'm looking to achieve and enhance: - **Result Improvements:** - Increased uniformity in histograms - Reduced correlation coefficients for data independence - Boosted entropy for more unpredictability and security - **Application Context:** - Specifically for robust image encryption - **Qualifications:** - Strong background in cryptography - Proficiency in chaos theory and chaotic maps - Experience in algorithm optimization, particularly Fisher-Yates - Knowledge of statistical analysis relating to histograms, correlation coefficients, and entropy - Programming skills for implementing secure image encryption systems - matlab I'm eager for a talented individual to help me perfect these enhancements and attain a groundbreaking level of encryption. Your expertise will be critical in refining this system to ensure maximum security and effectiveness.