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In this paper, wireless systems operating under queueing constraints in theform of limitations on the buffer violation probabilities are considered. Thethroughput under such constraints is captured by the effective capacityformulation. It is assumed that finite blocklength codes are employed fortransmission. Under this assumption, a recent result on the channel coding ratein the finite blocklength regime is incorporated into the analysis and thethroughput achieved with such codes in the presence of queueing constraints anddecoding errors is identified. Performance of different transmission strategies(e.g., variable-rate, variable-power, and fixed-rate transmissions) is studied.Interactions between the throughput, queueing constraints, coding blocklength,decoding error probabilities, and signal-to-noise ratio are investigated andseveral conclusions with important practical implications are drawn.

Throughput Analysis of Buffer-Constrained Wireless Systems in the Finite Blocklength Regime