2020 5th International Conference on Computing, Communication and Security (ICCCS) 2020
DOI: 10.1109/icccs49678.2020.9277500
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A new pairing scheme for D2D with cellular users in underlay spectrum sharing

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(2 citation statements)
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“…Ample proposals on core aspects for resource sharing, such as pairing cellular users and D2D users, resource allocation, and interference management, have been suggested. The authors in [54] recommend a pairing scheme for D2D and cellular users by finding a set of D2D links for each cellular user and further optimizing the pairing using an inverse popularity algorithm in underlay, with the goal of enhancing the total throughput. These results show that the throughput increases marginally when D2D users are paired with cellular communication to use in underlay.…”
Section: E Underlay Communicationmentioning
confidence: 99%
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“…Ample proposals on core aspects for resource sharing, such as pairing cellular users and D2D users, resource allocation, and interference management, have been suggested. The authors in [54] recommend a pairing scheme for D2D and cellular users by finding a set of D2D links for each cellular user and further optimizing the pairing using an inverse popularity algorithm in underlay, with the goal of enhancing the total throughput. These results show that the throughput increases marginally when D2D users are paired with cellular communication to use in underlay.…”
Section: E Underlay Communicationmentioning
confidence: 99%
“…Motivated by the resource demand arising from URLLC QoS requirements and inspired by the benefits in power consumption due to the low transmit power for retransmissions via D2D, which in-turn reduce the in-band UL interference, we extend our research to investigate whether and how radio resources can be reused. The conventional D2D underlay [50]- [52], [54] allows resource sharing among the UL and D2D users, with higher priority to UL users and D2D users underlaid with UL users. To the contrary, we propose a resource sharing scheme called "flipped-underlay," where the D2D users have higher priority since the D2D retransmissions assist unsuccessful DL transmissions, and then UL users are allocated resources that can be reused with D2D users.…”
Section: Flipped-underlay Radio Resource Managementmentioning
confidence: 99%