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In this paper, a two-way denoise-and-forward (DNF) multiple-input-multiple-output (MIMO) relaying scheme for land mobile satellite (LMS) communication is proposed. We first describe the system model of two-way DNF MIMO relaying and the channel model used in LMS communication. Secondly, we use binary phase-shift keying (BPSK) to analyze the decoding bit error rate (BER) at the earth stations (ESs) and the satellite, and then obtain the end-to-end BER. Finally, we provide the simulation BER performance with BPSK modulation. The simulation results show that the two-way DNF MIMO relaying is suitable for LMS communication and the two-way MIMO with BPSK works well in LMS communication.

Two-Way Denoise-and-Forward MIMO Relaying for Land Mobile Satellite Communication