Cross-layer power allocation scheme for wireless full duplex relaying system

Effective Capacity in Wireless Networks: A Comprehensive Survey

“…SI is minimized with the help of passive SIS approach while taking into consideration various buffer constraints (with respect to arrival rates) at relay, source, and destination node. FD-Relay Networks Rayleigh Fading Channel Not Defined Passive SIS Approaches [292] FD-Relay Networks Rayleigh Fading Channel Directional Antenna [59] FD-Relay Networks Rayleigh Fading Channel Single Antenna [61] FD-Cellular Networks Nakagami-m Fading Channel MIMO Antenna [113] FD-Cellular Networks Nakagami-m Fading Channel MIMO Antenna [33] FD-Relay Networks Nakagami-m Fading Channel Bidirectional Antenna [293] FD-Relay Networks Rayleigh Fading Channel Not Defined [34] FD-Relay Networks Rayleigh Fading Channel MIMO Antenna [294] FD-Relay Networks Rayleigh Fading Channel MIMO Antenna Hybrid SIS Approaches [32] FD-Relay Networks Rayleigh Fading Channel Two Antennas [295] FD-Cellular Networks Rayleigh Fading Channel Omni-directional Antenna…”

“…SI is minimized with the help of passive SIS approach while taking into consideration various buffer constraints (with respect to arrival rates) at relay, source, and destination node. FD-Relay Networks Rayleigh Fading Channel Single Antenna [61] FD-Cellular Networks Nakagami-m Fading Channel MIMO Antenna [113] FD-Cellular Networks Nakagami-m Fading Channel MIMO Antenna [33] FD-Relay Networks Nakagami-m Fading Channel Bidirectional Antenna [293] FD-Relay Networks Rayleigh Fading Channel Not Defined [34] FD-Relay Networks Rayleigh Fading Channel MIMO Antenna [294] FD-Relay Networks Rayleigh Fading Channel MIMO Antenna Hybrid SIS Approaches [32] FD-Relay Networks Rayleigh Fading Channel Two Antennas [295] FD-Cellular Networks Rayleigh Fading Channel Omni-directional Antenna Performance of the proposed scheme has been tested with achievable EC and shows improvement as compared to other state-of-the-art schemes. Time-critical and delay-sensitive applications such as video transmission with FD communications is investigated in [59], while considering the EC model.…”

“…Arrival rate in conjunction with SIS approach with required delay-outage probability has been analyzed using EC concept. Cross-layer resource allocation while using the SIS approach in FD communications with achievable EC has been discussed in [293]. In this study, SI has been overcome by optimally controlling power and by using the efficient relaying scheme.…”