Game Theory-Based Power Allocation and Channel Selection of Multi-channel D2D

In this paper, to improve the throughput of Deviceto-device (D2D) communication, we allow D2D to reuse multiple channels of cellular networks. However, since this can cause interference between D2D and cellular network, we use the concept of price payment for reusing the channels to achieve decision...

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Main Authors: Zulkifli, Aunee Azrina, Kuroda, Kaori, Hasegawa, Mikio
Format: Conference Proceeding
Language:English
Subjects:
Cellular networks
channel selection
Copper
Device-to-device communication
game theory
Games
Interference
overlapping coalition formation game
power allocation
Quality of service
Resource management
Stackelberg game
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creator Zulkifli, Aunee Azrina
Kuroda, Kaori
Hasegawa, Mikio
description In this paper, to improve the throughput of Deviceto-device (D2D) communication, we allow D2D to reuse multiple channels of cellular networks. However, since this can cause interference between D2D and cellular network, we use the concept of price payment for reusing the channels to achieve decision making between D2D and cellular network. Here, we propose the Stackelberg game approach to allocate the transmission power of D2D over multi-channel and maximize the price utility of cellular network as well as guarantee the QoS of cellular network. To further improve the utility of D2D, we propose the merge of Stackelberg game with overlapping coalition formation game to select the multi-channel with small interference to D2D. The results show the improvement in utility of D2D using the latter proposed method.
doi_str_mv 10.1109/CANDAR.2017.54
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subjects Cellular networks
channel selection
Copper
Device-to-device communication
game theory
Games
Interference
overlapping coalition formation game
power allocation
Quality of service
Resource management
Stackelberg game
title Game Theory-Based Power Allocation and Channel Selection of Multi-channel D2D
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