Abstract-In this letter, we provide a tractable theoretical framework for analysing the performance of device-to-device (D2D) communications in the presence of co-channel interference from other D2D and conventional cellular (CC) transmissions. In particular, we consider multi-hop D2D using the shortest-pathrouting (SPR) algorithm in both the uplink (UL) and the downlink (DL) channels. Closed-form expressions for the number of hops and the outage probability are presented. Our analytical and numerical results both show that while the D2D links are reasonably reliable (outage probability < 5%), they can severely degrade the performance of CC transmissions (outage probability > 25%). Accordingly, we exploit and provide insights into the trade-off between D2D and CC transmission reliability.
In REF , the outage probability of multihop D2D communications is analyzed theoretically when the transmissions from other D2D links and cellular networks interfere each other.
Outage Probability for Multi-Hop D2D Communications With Shortest Path Routing
IEEE Communications Letters
IEEE Communications Letters
Computer Science