基于FPGA的绿色认知无线电硬件实现

M. S. Shaikh, P. Khare
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引用次数: 0

摘要

通信系统的绿色化为解决频谱稀缺、高能耗、传输安全快速、用户接入多样性等问题提供了解决方案。基于认知无线电的OFDM为所有这些问题提供了满意的解决方案。认知无线电系统通过电磁频谱感知周围环境。CR可以动态、自主地自适应无线电参数。它通过暂时为未授权的二次用户提供机会来提高无线通信系统的性能。这种安排通过互操作性设施最大化了网络吞吐量。本文提出了一种基于FPGA的绿色认知无线电通信(GCR)硬件实现方案。它定义了实际执行这种新方法的完整的软件和硬件实现过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FPGA Based Hardware Implementation For Green Cognitive Radio
Greening of communication systems leads to provide a solution for spectrum scarcity, high energy consumption, secure and fast transmission, and diversity for user access. OFDM with cognitive radio offer satisfactory solutions for all these heads. The cognitive radio system senses the surrounding environment possesses an electromagnetic spectrum. CR can adapt the radio parameter dynamically and autonomously. It improves the performance of the wireless communication system by endowing the opportunity to unlicensed secondary users temporarily. This arrangement maximizes network throughput with an interoperability facility. This paper presents a hardware implementation of a Green Cognitive Radio Communication (GCR) using an FPGA board. It defines the complete process of software and hardware implementation for the practical execution of this novel approach.
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