Rapid MIMO-OFDM software defined radio system prototyping

Amit Gupta, A. Forenza, Robert W. Heath
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引用次数: 27

Abstract

Combining MIMO with OFDM, it is possible to significantly reduce receiver complexity as OFDM greatly simplifies equalization at the receiver. MIMO-OFDM is currently being considered for a number of developing wireless standards; consequently, the study of MIMO-OFDM in realistic environments is of great importance. This paper describes an approach for prototyping a MIMO-OFDM systems using a flexible software defined radio (SDR) system architecture in conjunction with commercially available hardware. An emphasis on software permits a focus on algorithm and system design issues rather than implementation and hardware configuration. The penalty of this flexibility, however, is that the ease of use comes at the expense of overall throughput. To illustrate the benefits of the proposed architecture, applications to MIMO-OFDM system prototyping and preliminary MIMO channel measurements are presented. A detailed description of the hardware is provided along with downloadable software to reproduce the system.
快速MIMO-OFDM软件定义的无线电系统原型
将MIMO与OFDM相结合,可以显著降低接收机的复杂度,因为OFDM极大地简化了接收机的均衡。MIMO-OFDM目前正在考虑用于许多正在开发的无线标准;因此,研究MIMO-OFDM在现实环境中的应用具有重要意义。本文描述了一种使用灵活的软件定义无线电(SDR)系统架构与商用硬件相结合的MIMO-OFDM系统原型设计方法。强调软件允许关注算法和系统设计问题,而不是实现和硬件配置。然而,这种灵活性的代价是易用性是以牺牲整体吞吐量为代价的。为了说明所提出的架构的好处,介绍了MIMO- ofdm系统原型和初步MIMO信道测量的应用。提供了硬件的详细描述以及可下载的软件来复制系统。
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