基于单跳中继的CRN:生命中心方法

S. Mukherjee, Chinmoy Maji
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引用次数: 0

摘要

在我们提出的方案中,我们尝试获得一种最优的认知无线电功率分配方案以及单跳中继节点策略。再生中继协议在以前的许多参考文献中都使用过,我们的情况也是如此。本文的主要目标是最大化单跳认知无线电系统中信道干扰系数的整体系统容量,并将干扰保持在预定的阈值限制之下。与此同时,网络的寿命也被认为是提高网络整体容量的一个因素,类似于电池的概念。在此基础上,分别考虑了非能量感知方案和能量感知方案。经过大量的仿真评估,结果表明,能量感知方法比非能量感知方法更有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Single hop relay-based CRN: Life-centric approach
In our proposed plan, we try to obtain an optimal power allocation scheme of cognitive radio along with singlehop relay node strategy. Regenerative relaying protocol is used in many previous references and same is true for our case also. Our main objective in this paper is to maximize the overall system capacity with respect to the channel interference coefficients in single-hop Cognitive Radio systems and in order to keep the interference under a predetermined threshold limit. Along with this, life-time of the network is also considered as a factor to improve the overall capacity of the network similarly as the concept of battery. On the basis of this, non-energy aware and energy aware schemes are taken into consideration. After evaluating with extensive simulations, the results show that energy aware approach tends to be more effective than the non-energy aware approach.
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