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首页> 外文会议>European Embedded Design in Education and Research Conference >Deployment of 5GHZ real-time simplex wireless SISO- and MISO-OFDM transmission using matlab and the TMS320C6713 DSKS
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Deployment of 5GHZ real-time simplex wireless SISO- and MISO-OFDM transmission using matlab and the TMS320C6713 DSKS

机译：使用MATLAB和TMS320C6713 DSKS部署5GHz实时SimpyX无线SISO和Miso-OFDM传输

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摘要

In this paper we describe the design and deployment of a real-time simplex wireless SISO- and MISO-OFDM transmission setup on 5GHz employing two TMS320C6713 DSP Starter Kits (DSKs) as the baseband transmitter and receiver. The baseband system level design is done using Matlab/Simulink and the deployment on the TMS320C6713 DSKs is performed by means of IDE link via automatic code generation directly from Simulink blocks, offering a flexible way from system level design and simulation to actual implementation and verification. The wireless part is built based on conventional components and employs two transmit and one receive antennas. For both SISO and MISO, all the basic building blocks are comprised also including Maximum Likelihood (ML) synchronization based on the cyclic prefix as well as sampling clock frequency offset estimation and compensation. The implemented test-bed is intended primarily for educational demonstration and experimentation purposes for highlighting and studying several concepts and phenomena not only regarding the modulation schemes but the wireless link as a whole. Typical results for the experimental demonstration and evaluation of the system are presented.
机译：在本文中，我们描述了在5GHz上使用两个TMS320C6713 DSP入门套件（DSK）作为基带发射器和接收器的5GHz上实时单纯x无线SISO-和Miso-OFDM传输设置的设计和部署。基带系统级设计是使用MATLAB / SIMULINK完成的，并且通过IDE链接直接从SIMULINK块的自动代码生成来执行TMS320C6713 DSK上的部署，从系统级设计和模拟到实际实现和验证，提供灵活的方式。无线部分基于传统组件构建，并且采用两个发送和一个接收天线。对于SISO和MISO来说，所有基本构建块也包括基于循环前缀的最大似然（ML）同步以及采样时钟频率偏移估计和补偿。实施的试验床主要用于教育示范和实验目的，以突出显示和研究不仅有关调制方案，而是整个无线链路的概念和现象。提出了对系统实验演示和评估的典型结果。

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