Pair Auction and Matching for Resource Allocation in Full-Duplex Cellular Systems
Journal
IEEE Transactions on Vehicular Technology
Journal Volume
69
Journal Issue
4
Pages
4325-4339
Date Issued
2020
Author(s)
Abstract
Full-duplex techniques improve spectral efficiency in cellular networks by allowing a transceiver to simultaneously transmit and receive data with the same radio resource. To minimize self-interference and inter-node interference due to the deployment of full-duplex radio, users have to feed back their measurements of interference to allow the base station to effectively allocate resources and form transmission pairs. Considering that the interference measurements are private information, users may not report the true values and may try to gain their own benefits. To solve this problem, we propose a strategy-proof resource allocation mechanism for full-duplex cellular networks. The proposed scheme, which is based on auction and matching theories, guarantees that users report true values of their channel quality and utilities, and therefore guarantees the correctness of feedback information and the efficiency of resource allocation. Moreover, the proposed matching-based mechanism is theoretically proved to be stable and Pareto efficient. Simulation results confirm that, compared to a centralized scheme with non-truthful information from users, the proposed scheme can achieve an 11\% gain. ? 1967-2012 IEEE.
Subjects
Efficiency; Mobile telecommunication systems; Pareto principle; Radio transmission; Resource allocation; Wireless networks; Allocation mechanism; Feed back information; Full-duplex radios; Inter node interferences; Interference measurements; Private information; Self-interferences; Spectral efficiencies; Radio transceivers
Type
journal article