无线电虚拟机

V. Ivanov, M. Muck, Seungwon Choi, Heungseop Ahn, Kyunghoon Kim, E. Strinati
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引用次数: 2

摘要

可重构无线电假设无线电硬件平台是可重构的,其基本无线电特性(载波频率、频谱带宽、调制技术、编码技术、输出功率水平等)可以根据制造商定义的硬件平台的灵活性进行更改。相应的无线电硬件平台本质上是异构的,包括具有不同级别可编程性或可重构性的计算元素。本文讨论了软件可移植性问题及其在可重构平台上的推广。本文的主要贡献是提出了一种新的特定领域虚拟机架构,即无线电虚拟机(RVM),它在不同性质的硬件平台上提供了与无线电信号处理相关的计算的有效实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Radio Virtual Machine
Reconfigurable Radio assumes that the radio hardware platform is reconfigurable in such a way that the essential radio characteristics (carrier frequencies, spectrum bandwidth, modulation technique, coding technique, output power levels, and etc.) can be changed according to the flexibility of hardware platform that is defined by manufacturers. Corresponding radio hardware platforms are heterogeneous by nature and include computational elements with different level of programmability or reconfiguration. This paper addresses the problem of software portability and its generalization for reconfigurable platforms. Main contribution of this article is to present a novel architecture of the virtual domain-specific machine, namely, Radio Virtual Machine (RVM), which provides an efficient implementation of calculations related to radio signal processing in hardware platforms of different nature.
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