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Optimal Power Allocation of Cooperative Superposition-Coded Relaying with Finite-Blocklength Transmission over Quasi-Static Rayleigh Channels

Analytic performance of cooperative superposition-coded relaying systems over quasi-state Rayleigh channels with finite-blocklength transmission is given. The CDF of SINR of maximum ratio combining signal in the receiver is derived, and a closed-form representation of the corresponding outage probability is given. Moreover, the transmission powers are optimized analytically such that the normalized system throughput is maximum.