… fading environments. Through the use of majorization theory, we first investigate in detail …
ergodic capacity of Nakagami- fading channels, for which we derive several ergodic capacity …

… In this section, tight closed-form upper bounds for the ergodic capacity of multihop systems
subject to inid Nakagami-m fading are derived. Such a performance measure corresponds to …

… ergodic capacity are derived considering transmissions over independent but not necessarily
identically distributed Nakagami-m fading … Our results establish that the ergodic capacity is …

… are performed over Nakagamim fading where channel state … We derive an exact expression
for the ergodic capacity by … where the high-SIR capacity is expanded as an affine function. …

… that are considered in this paper provide improvement to the capacity of Nakagamim fading
channels. Finally, the ergodic capacity of a SIMO system without any diversity technique has …

… exact ergodic capacity of the cognitive DF relay network over Nakagami-m fading channels.
… only one single relay in the secondary system, ie, M = 1 and N = 1. Additionally, we consider …

… independent Nakagami- m channels with each having arbitrary fading parameter (m) and …
We also derive another expression for the ergodic capacity of SIMO system in iid Nakagamim …

… tight bounds for the ergodic capacity at the … ergodic capacity performance over ind
Nakagami-m fading channels and obtain a closed-form analytical expression of the ergodic capacity …

… While the ergodic capacity of this channel has been investigated in the literature in order
to derive closed form expressions for different antenna configurations, see for example [12]–[14]…

… decreases once the QoS guarantees are more stringent and is upper bounded by the ergodic
capacity, which corresponds to the case when the QoS guarantees are looser. However, …