第三课:智能射频模块设计自动化的射频硬件抽象

A. Kouki
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引用次数: 0

摘要

与数字设计不同,设计人员可以设计非常复杂的电路,而无需担心物理技术的细节,射频电路和系统设计和技术多年来几乎没有发展,并且仍然主要是手动的,需要大量的用户干预和相当多的专业知识。虽然数字硬件电路可以智能地重新配置和编程以实现多种功能,但RF电路和模块通常限制为不可重新配置或不可编程。在这次演讲中,讨论了射频硬件抽象概念,并提出了将其集成到修改后的设计周期中的框架,从而实现更高水平的自动化。这些概念和技术在智能射频模块自动化设计中的未来应用也得到了强调。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tutorial III: RF hardware abstraction for design automation of intelligent RF modules award
Unlike digital designs where very complex circuits can be designed with minimal designer worries about the details of the physical technology, RF circuit and systems designs and techniques have seen very little evolution over the years and remain largely manual requiring extensive user intervention and considerable expertise. While digital hardware circuitry can be intelligently reconfigured and programed to implement multiple functions, RF circuits and modules typically have limited to no reconfigurabitly nor programmability. In this talk, RF hardware abstraction concepts are discussed and a framework for their integration in a revised design cycle that enables higher levels of automation is presented. The future application of these concepts and techniques to the automated design of intelligent RF modules is also highlighted.
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