E.O. Karpukhin – Ph. D. (Eng.), Associate Professor, Moscow Aviation Institute (National Research University); Senior Research Scientist, Design Information Technologies Center of RAS (Odintsovo, Moscow region) E-mail: ret1987@yandex.ru

K.V. Meshavkin – Student, Moscow Aviation Institute (National Research University) E-mail: meshavkin1996@gmail.com

Three perspective correcting codes in ARQ/FEC hybrid system was reviewed on application level. Simulation modelling of ARQ/FEC hybrid system show that network code and extended parity code are superior to Reed-Solomon code in terms of assembly time by application services and in terms of packet processing intensity. Also, network code and extended parity code are not making significant overhead costs when adding redundant packets. Assembly time of extended parity code and network code varies from 2 to 9 ms against 20 ms for Reed-Solomon code. Data processing intensity of extended parity code and network code is more than 20 Mbits/s against less than 10 Mbits/s for Reed-Solomon code.

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