Метод підвищення завадостійкості мобільних телекомунікаційних систем

Abstract

The study considers a decoding method that allows adaptive determination of the optimal algorithm for current communication conditions. The proposed approach ensures the rational use of computing resources of the receiving equipment, the required level of noise immunity and the maximum data transmission rate. Particular attention is paid to eliminating the contradiction between algorithms with high correction capacity, which require significant computing resources, and algorithms that provide fast data processing but have lower correction capacity. The proposed method is based on dynamic channel quality analysis and real-time adaptation of decoding parameters. The obtained results demonstrate the effectiveness of the approach under conditions of variable communication parameters