OFDM-Based Dynamic Spectrum Access

M. Živković, Dominik Auras, R. Mathar
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引用次数: 8

Abstract

Optimal utilization of radio resources (bandwidth, transmit power) in multi-carrier based systems becomes very challenging due to coexistence of various wireless standards within the same frequency band. One possible solution is dynamic spectrum access (DSA) approach that allows several standards or users to opportunistically share the available spectrum resources without introducing mutual interference. Proposed demonstration, implemented in GNU Radio framework, enables interference-free coexistence of two OFDM-based systems within a common frequency band with optimally configured transmission parameters for given system constraints. Furthermore, a highly reconfigurable framework allows for implementation and evaluation of various transmission strategies for different DSA scenarios, different classes of given requirements and various sets of controllable parameters.
基于ofdm的动态频谱接入
在基于多载波的系统中,由于在同一频段内存在多种无线标准,因此对无线电资源(带宽、发射功率)的优化利用变得非常具有挑战性。一种可能的解决方案是动态频谱接入(DSA)方法,它允许多个标准或用户在不引入相互干扰的情况下机会性地共享可用的频谱资源。在GNU Radio框架中实现的拟议演示,使两个基于ofdm的系统在给定系统约束的最佳配置传输参数的公共频带内无干扰共存。此外,一个高度可重构的框架允许针对不同的DSA场景、不同类别的给定需求和各种可控参数集实施和评估各种传输策略。
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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