Implementation of Software Defined Radio on FPGA

Akash I. Mecwan, Nagendra P. Gajjar
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引用次数: 6

Abstract

The next generation of communication will be driven by the technology called Cognitive Radio that can adapt the environment around it. It adjusts to the changes in the communication medium, modulation schemes, coding method etc. Design of the radio on the reconfigurable platform makes it more flexible in adapting the demand of communication system. The paper covers the design of transmitter and receiver on the reconfigurable platform like FPGA, so that the modulation scheme can be dynamically adapted depending on the noise in the communication medium. The FPGAs can be configured partially when in use. This advantage makes it more useful in the SDR applications. Paper discusses the design and development of SDR on virtex 5 FPGA. The results are obtained and compare at simulation level.
软件无线电在FPGA上的实现
下一代通信将由一种叫做认知无线电的技术驱动,这种技术可以适应周围的环境。它能适应通信介质、调制方案、编码方法等方面的变化。无线电在可重构平台上的设计使其更灵活地适应通信系统的需求。本文讨论了在FPGA等可重构平台上的收发器设计,使调制方案能够根据通信介质中的噪声动态调整。fpga可以在使用时进行部分配置。这一优点使其在SDR应用中更加有用。本文讨论了基于virtex 5 FPGA的SDR的设计与开发。得到了仿真结果并进行了比较。
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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