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The effective rate is an important performance metric of real-timeapplications in next generation wireless networks. In this paper, we present ananalysis of the effective rate of multiple-input single-output (MISO) systemsover $\alpha$-$\mu$ fading channels under a maximum delay constraint. Morespecifically, novel and highly accurate closed-form approximate expressions ofthe effective rate are derived for such systems assuming the generalized$\alpha$-$\mu$ channel model. In order to examine the impact of system andchannel parameters on the effective rate, we also derive closed-formexpressions of the effective rate in asymptotically high and lowsignal-to-noise ratio (SNR) regimes. Furthermore, connections between ourderived results and existing results from the literature are revealed for thesake of completeness. Our results demonstrate that the effective rate is amonotonically increasing function of channel fading parameters $\alpha$ and$\mu$, as well as the number of transmit antennas, while it decreases to zerowhen the delay constraint becomes stringent.

Effective Rate Analysis of MISO Systems over $\alpha$-$\mu$ Fading Channels