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A novel sensing and primary user protection algorithm for cognitive radio network using IoT

机译:基于物联网的认知无线电网络感知与主用户保护新算法

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摘要

Internet of things (IoT) is a technology which facilitates passive devices to participate in active communication. In the presented work the radio frequency identification (RFID) system is used to access information from passive primary receiver (PURx). This inspires to develop a novel sensing algorithm along with PURx protection from harmful transmissions of cognitive radio (CR) nodes in CR network. The novelty in the sensing and protection lies in the approach of accessing information from primary users. Here a CR node can detect occupancy of primary channel from both, primary transmitter (PUTx) end as well as from PURx end on the basis of relative distance. For protection of PURx a novel power control algorithm is proposed and implemented. The results indicate less energy is needed to run the network along with a notable improvement in average throughput and reduction in delay for increasing amount of CR traffic.
机译:物联网(IoT)是一种技术,可促进无源设备参与主动通信。在提出的工作中,射频识别(RFID)系统用于访问无源主接收器(PURx)的信息。这激发了开发一种新颖的传感算法以及PURx保护以防止CR网络中认知无线电(CR)节点有害传输的风险。传感和保护方面的新颖之处在于从主要用户访问信息的方法。在此,CR节点可以根据相对距离从主发射机(PUTx)端和PURx端检测主信道的占用。为了保护PURx,提出并实现了一种新型的功率控制算法。结果表明,运行网络所需的能量更少,平均吞吐量显着提高,而CR流量增加则延迟减少。

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