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Flexible Radio Design: Trends and Challenges in Digital Baseband Implementation

机译:灵活的无线电设计:数字基带实施中的趋势和挑战

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摘要

Fourth-generation communications systems call for a high amount of computational power due to multiantenna and multimode features. The level of flexibility required is growing rapidly with the number of modes to be supported for a single protocol and the number of protocols to be supported by a single receiver. Such high level of flexibility becomes a key feature of new and legacy radio applications in many domains (military radio, broadcast systems, aeronautic communications, etc.), which call for adopting a software-defined radio (SDR) approach, or even for incorporating additional adaptive capabilities, such as suggested by cognitive radio (CR) research.
机译:由于多天线和多模式功能,第四代通信系统需要大量的计算能力。随着单个协议支持的模式数量以及单个接收器支持的协议数量,所需的灵活性水平正在迅速提高。如此高的灵活性成为许多领域(军用无线电,广播系统,航空通信等)中新的和旧式无线电应用程序的关键功能,这些领域要求采用软件定义无线电(SDR)方法,甚至需要整合其他自适应功能,例如认知无线电(CR)研究建议的功能。

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