Operational spectrum effectiveness: a performance metric for software defined radio

L. Jones
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引用次数: 4

Abstract

Advanced RF systems such as sofware-defined radio (SDR), given a high degree of agility, in spectrum access, modulation and routing discipline, offer new opportunities to achieve expanding mission requirements while optimizing spectrum utilization. Agile RF systems may be employed within a military environment to intelligently minimize the value-limiting effects of interference if we define "interference" to include all aspects of signal orthogonality. To fully exploit these opportunities, system acquisition principals need measures to evaluate alternative technical approaches and field users need a means to manage the employment of these systems. This paper suggests some directions for the development of measures of operational spectrum effectiveness (OSE) to aid the deployment of advanced wireless technology, including software-defined radio, by the DoD.
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操作频谱有效性:软件定义无线电的性能指标
软件定义无线电(SDR)等先进射频系统在频谱接入、调制和路由方面具有高度的敏捷性,为在优化频谱利用率的同时实现扩展任务需求提供了新的机会。如果我们将“干扰”定义为包括信号正交性的所有方面,那么敏捷RF系统可以在军事环境中使用,以智能地最小化干扰的值限制效应。为了充分利用这些机会,系统采购负责人需要采取措施来评估可选择的技术方法,现场用户需要一种方法来管理这些系统的使用。本文提出了开发操作频谱有效性(OSE)措施的一些方向,以帮助国防部部署先进的无线技术,包括软件定义无线电。
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