Model-driven Reed-solomon encoder and decoder design

This paper presents a model-driven design methodology for Reed-Solomon (RS) encoder/decoder systems, leveraging Model-Based Design (MBD) as the core framework throughout the entire development lifecycle, from requirements specification to verification. By integrating mathematical modeling, algorithmic design, and hardware implementation within a unified environment, the proposed approach enables automated code generation for both RS encoder and decoder modules, along with corresponding test benches for comprehensive functional verification