Filterbank based multi carrier transmission (FBMC) — evolving OFDM: FBMC in the context of WiMAX

F. Schaich
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引用次数: 96

Abstract

This paper gives an overview of some outcomes produced in the FP7 project PHYDYAS — PHYsical layer for DYnamic AccesS and cognitive radio. The main concern of the project is to analyze and propose a new physical layer succeeding OFDM, i.e. a multi carrier system applying filter banks omitting the severe out-of-band leakage of OFDM. The new physical layer was investigated within two different scenarios. On the one side a cognitive radio scenario exploiting the stronger frequency containment for improved dynamic spectrum access. On the other side a cellular basestation ruled network harvesting the increased spectral efficiency. Within this paper we concentrate on the latter. We compare a conventional OFDM based system to its modified version applying the filter bank in terms of complexity, performance and compatibility. Additionally we propose a smooth evolution path ensuring legacy support.
基于滤波器组的多载波传输(FBMC) -发展OFDM: WiMAX环境下的FBMC
本文概述了FP7项目PHYDYAS -动态访问和认知无线电物理层的一些成果。本课题的主要关注点是分析并提出一种新的接替OFDM的物理层,即采用滤波器组的多载波系统,消除OFDM严重的带外泄漏。在两种不同的情况下研究了新的物理层。一方面是认知无线电方案,利用更强的频率遏制来改进动态频谱接入。另一方面,蜂窝基站控制着网络,收获了更高的频谱效率。本文主要讨论后者。在复杂度、性能和兼容性方面,我们比较了基于传统OFDM的系统与应用该滤波器组的改进版本。此外,我们提出了一个平滑的演进路径,以确保遗留支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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