Outage probability analysis of half-duplex energy harvesting AF two-way relaying over Nakagami-m fading

Performance analysis of two‐way wireless‐powered Amplify‐and‐Forward relaying in the presence of co‐channel interference

“…In Ye et al, 46 the outage performance of SWIPT‐based three‐step two‐way DF relay networks, where both PS and “harvest‐then‐forward” are employed, is studied. The outage probability of two‐way EH relay systems was derived in Van et al and Nguyen‐Huu et al 47,48 In particular, the authors of Nguyen‐Huu et al 48 considered a wireless‐powered two‐way relaying system over Nakagami‐ m fading channels.…”

Performance of two‐way AF relaying with energy harvesting over Nakagami‐ m fading channels

“…Currently, an extensive research effort on a two-way communication system combining with EH techniques (e.g. see [11][12][13][14][15][16][17][18][19][20][21][22]) has been performed. In [11], the authors investigated a maximum transfer rate of a two-way communication system with transmit power limit and EH constraints.…”

“…Under two constraints of total power and sum rate, Zhang et al focused on solving a power allocation problem to maximise the energy efficiency of a two-way AF system with an EH relay node [20]. Very recently, the outage probability of two-way EH relay systems was derived in [21,22]. In particular, the authors of [21] focused on two-way DF relaying networks with an EH relay under Rayleigh fading environments, while paper [22] considered an EH for a two-way AF relay system over Nakagami-m fading channels.…”

“…Very recently, the outage probability of two-way EH relay systems was derived in [21,22]. In particular, the authors of [21] focused on two-way DF relaying networks with an EH relay under Rayleigh fading environments, while paper [22] considered an EH for a two-way AF relay system over Nakagami-m fading channels. However, both papers [21,22] have not derived exact closed-form expressions for the overall outage probability, i.e.…”