Design and FPGA implementation of n-dimensional hyperchaotic maps using strictly diagonal-dominant real symmetric matrices: applications in additive noise generation

Key Points

• Additive noise generation appears effective using the designed hyperchaotic maps, enhancing systems' performance.
• The system leverages 2-dimensional hyperchaotic dynamics with a 0.75 correlation threshold, providing flexibility.
• FPGA implementation facilitates real-time processing, making it ideal for high-speed applications needing low latency.
• This may enable innovative approaches in noise generation, but limitations could arise from specific matrix factorization techniques.