Optimum error-correction codes design based on the combinatorial configurations
Volodymyr Riznyk, Daniel Skrybaylo-Leskiv · 2017
This paper deals with design of correcting data binary code using mathematical properties of the combinatorial configurations for optimizing of coding systems with respect to error protection, while maintaining on code length. These properties make combinatorial techniques useful to development of the info-communication systems with active redundancy and minimization of algorithmic process complexity. Combinatorial configurations such as cyclic difference sets and “Ideal Ring Bundles” are well applicable for error-correcting design.