MGF-Based Effective Capacity for Generalized Fading Channels

Effective Capacity of $L_p$ -Norm Diversity Receivers Over Generalized Fading Channels Under Adaptive Transmission Schemes

“…Note that (16) has been derived in [14] and [16] for the EC performance of MISO systems with transmit MRC over arbitrary generalized fading channels by using [25, Eq. (1.512/4)] and the definition of the MGF.…”

“…In [14]- [16], various analytical approaches for the computation of the EC of wireless systems operating over arbitrary generalized fading channels have been presented. These approaches utilize the moment generating function (MGF) to deduce single-integral expressions for the EC.…”

“…In particular, [14] has presented an MGF-based approach for the EC evaluation of wireless systems under ORA policy by utilizing a Laplace transform of the MGF of the receiver's output signal-to-noise ratio (SNR). In [15], the results of [14] have been extended to the OPRA and CIFR policies.…”

“…In particular, [14] has presented an MGF-based approach for the EC evaluation of wireless systems under ORA policy by utilizing a Laplace transform of the MGF of the receiver's output signal-to-noise ratio (SNR). In [15], the results of [14] have been extended to the OPRA and CIFR policies. More recently, in [16], a unified analytical framework for the evaluation of the EC of MISO systems under ORA policy by employing the so-called H-transform techniques has been proposed.…”

“…• Novel, single integral expressions for the EC performance analysis of L p -norm diversity receivers operating under the ORA schemes are deduced. The proposed analysis includes other previously published MGF-based approaches presented in [14]- [16], where EC performance evaluation results for the MRC receiver over arbitrary generalized fading channels have been obtained, as special cases. Using these generic expressions, closed-form analytical results for the EC of dual-branch L p -norm diversity receivers, operating under GSNM fading channels are further presented.…”