We investigate the performance of multiple relays cooperative go back n automatic repeat request （MRC-GBn-ARQ） protocol with limited retransmission. An N＋2-state Markov transition model is constructed for analyzing...We investigate the performance of multiple relays cooperative go back n automatic repeat request （MRC-GBn-ARQ） protocol with limited retransmission. An N＋2-state Markov transition model is constructed for analyzing arbitrary packet transmission process with limited retransmission. Then the system＇s steadystate distribution is derived by using the Kolmogorov equations. Further, the mean packet transmission delay and startup delay are obtained respectively; the channel utilization is derived based on discrete-time Geom/G/1 queue model with startup. Also, we get the energy efficiency of the MRC-GBn-ARQ based on energy analytical model. Especially, the presented models are contrary to the classical ARQ protocols of always allowing infinite retransmis- sion, and our analysis of the MRC-GBn-ARQ protocol with limited retransmission provides theoretical results for reducing the system＇s delay and energy consumption. Finally, analysis is validated through some numerical simulations.展开更多
基金supported by the National Natural Science Foundation of China(61167005)
文摘We investigate the performance of multiple relays cooperative go back n automatic repeat request （MRC-GBn-ARQ） protocol with limited retransmission. An N＋2-state Markov transition model is constructed for analyzing arbitrary packet transmission process with limited retransmission. Then the system＇s steadystate distribution is derived by using the Kolmogorov equations. Further, the mean packet transmission delay and startup delay are obtained respectively; the channel utilization is derived based on discrete-time Geom/G/1 queue model with startup. Also, we get the energy efficiency of the MRC-GBn-ARQ based on energy analytical model. Especially, the presented models are contrary to the classical ARQ protocols of always allowing infinite retransmis- sion, and our analysis of the MRC-GBn-ARQ protocol with limited retransmission provides theoretical results for reducing the system＇s delay and energy consumption. Finally, analysis is validated through some numerical simulations.
