新型结构OFDM收发器的设计与分析

P. Sadhasivam, M. Manikandan
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引用次数: 0

摘要

在这项工作中,对OFDM收发器体系结构进行了分析,通过引入一种新的技术来计算OFDM收发器体系结构中可用的FFT体系结构,从而降低收发器的面积利用率。对于原型电路,FPGA是比使用ASIC(应用专用集成电路)、CUSTOM或分制电路更好的选择。FPGA实现由于避免了传统ASIC的初始成本和巨大的开发时间以及固有的风险。因此,通过这种方式,数字数据传输的先进技术的发展和实际的FPGA集成阶段使得在一个独特的芯片中构建数字通信系统的所有电路成为可能。为了利用这些现代数据传输技术,必须开发高效的数字调制技术。OFDM是最近使用最多的,主要是因为它使用高效的FFT来做调制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and analysis of OFDM transceiver with novel architecture
In this work, an analysis is performing with OFDM transceiver architecture in order to reduce the area utilization of the transceiver by introducing a new technique in computing the FFT architectures available within OFDM transceiver architecture. For prototyping circuits FPGA is better choice than using ASIC (application Specific Integrated Circuit), CUSTOM or SEMICUSTOM. FPGA implementations because avoid the Initial costs and Great development time and the inherent risks of conventional ASIC. So, in this way, the development of high advanced techniques of digital data transmission and the actual FPGA stage of integration make possible the building all the circuits that compounds a digital communication systems in an unique chip. To make use of this modern technologies of data transmission, it is necessary the development efficient techniques of digital modulation. The OFDM is the biggest utilized recently, principally, because of it use the efficient FFT to do the modulation.
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