Volume 15, Issue 1 (2015)
MJEE 2015, 15(1): 15-19 |
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Madani N, azmi P. Towards a Fair Spectrum Access Strategy in Device-to-Device Communications. MJEE 2015; 15 (1) :15-19
URL: http://mjee.modares.ac.ir/article-17-10868-en.html
URL: http://mjee.modares.ac.ir/article-17-10868-en.html
1- PhD student, Department of Electrical and Computer Engineering,Tarbiat Modares university, Iran,
2- Full professor, Department of Elec-trical Engineering, Ferdowsi Tarbiat Modares University, Iran
2- Full professor, Department of Elec-trical Engineering, Ferdowsi Tarbiat Modares University, Iran
Abstract: (5271 Views)
Abstract—Base station assisted device-to-device communications(D2D) lets cellular users communicate directly.
As D2D connections can operate on a joint frequency band,interference management is essential to boost the spectral
eciency and users’ quality of service. Two di erent approaches are proposed to tackle the interference in D2D
networks. A power control scheme and a frequency-time scheduling are examined to achieve long-term fairness among D2D users. The power control maximizes weighted sum-rate of the users, where the weights indicate priorityof the users. The second proposed strategy is to avoid interference when it is high. In this algorithm, the spectrum band is divided among users as interference coupling rises.
A metric from the information theory literature has been adopted to measure the coupling. The proposed schemes
are tested through multiple time slots and the average rate of a user and network sum-rate have been observed.
The results demonstrate the superior performance of the proposed power control scheme.
As D2D connections can operate on a joint frequency band,interference management is essential to boost the spectral
eciency and users’ quality of service. Two di erent approaches are proposed to tackle the interference in D2D
networks. A power control scheme and a frequency-time scheduling are examined to achieve long-term fairness among D2D users. The power control maximizes weighted sum-rate of the users, where the weights indicate priorityof the users. The second proposed strategy is to avoid interference when it is high. In this algorithm, the spectrum band is divided among users as interference coupling rises.
A metric from the information theory literature has been adopted to measure the coupling. The proposed schemes
are tested through multiple time slots and the average rate of a user and network sum-rate have been observed.
The results demonstrate the superior performance of the proposed power control scheme.
Keywords: Index Terms—Device-to-Device communications, interference management, power control, scheduling
Received: 2016/07/13 | Accepted: 2016/11/21 | Published: 2038/01/19
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