Cooperative communication system with adaptive modulation and energy harvesting

R. P. Astutik, Wirawan, Endroyono, I. Pratomo
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Abstract

Energy Harvesting (EH) is now becoming popular due to promising long lasting life time of communication system. Some of the communication systems use EH device as their energy source. However, EH also has a limitation that is shown in its characteristics as random arrival and scarce of energy. Both of limitation is very influencing the system performance and the number of transmitted data. As we know the more energy is harvested, the longer system can operate. Because of EH limitation, the system with EH device needs to adjust to get the maximal channel capacity. This paper proposes the cooperative communication system with modified decode and forward (DF) method and EH device as a source energy. The modified DF method incorporate adaptive modulation at relay node to transmit data to the destination node. To test the proposed system, in this paper, three different scenarios are simulated, i.e. the non cooperative communication system with EH device as source energy, the cooperative communication system with DF method but fixed modulation level and EH device as a source energy and the proposed system. The simulation result shows the channel capacity of the proposed system is better than two other scenarios.
具有自适应调制和能量收集的协作通信系统
由于通信系统具有超长的使用寿命,能量收集技术正受到越来越多的关注。一些通信系统使用EH设备作为其能量来源。然而,EH也有其局限性,表现为其随机到达和能量稀缺的特点。这两种限制都严重影响了系统的性能和传输数据的数量。正如我们所知,收获的能量越多,系统运行的时间就越长。由于EH的限制,带EH设备的系统需要进行调整以获得最大的信道容量。本文提出了一种采用改进的译码转发(DF)方法,以EH设备为源能量的协同通信系统。改进的DF方法在中继节点加入自适应调制,将数据传输到目的节点。为了验证本文提出的系统,本文模拟了三种不同的场景,即以EH设备为源能量的非合作通信系统,以固定调制电平的DF方法为源能量的EH设备为源能量的合作通信系统和本文提出的系统。仿真结果表明,该方案的信道容量优于其他两种方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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