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WIND-FLEX: developing a novel testbed for exploring flexible radio concepts in an indoor environment

机译:WIND-FLEX:开发一种新颖的试验台,用于探索室内环境中的灵活无线电概念

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摘要

We describe the essential features of a novel testbed, code-named WIND-FLEX and developed under the auspices of the EU IST research program, whose primary goal has been to define and explore concepts related to radio flexibility, with application to an OFDM-based short-range indoor radio transceiver design. The emphasis has been on the profitable use of software and DSP tools for the purpose of demonstrating adaptivity and reconfigurability features, primarily for the lower layers (i.e., PHY and DLC/MAC layers). The topics covered briefly herein include the meaning of the terms in the present context, their instantiation in the design, their contribution to an optimized low-transmit-power scheme, the novel elements required in order to achieve it, the contribution to a guaranteed QoS philosophy, and the relationship of the testbed to broader software-defined-radio concepts.
机译:我们描述了代号为WIND-FLEX的新型测试平台的基本功能,该测试平台是在欧盟IST研究计划的主持下开发的,其主要目标是定义和探索与无线电灵活性相关的概念,并将其应用于基于OFDM的应用中短距离室内无线电收发器设计。为了演示适应性和可重新配置性功能(主要是针对较低层(即PHY和DLC / MAC层)),重点是对软件和DSP工具的获利使用。本文简要介绍的主题包括:术语在当前上下文中的含义,其在设计中的实例化,对优化的低发射功率方案的贡献,为实现其所需的新颖元素,对保证的QoS的贡献原理,以及测试平台与更广泛的软件定义的无线电概念之间的关系。

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