用于BMD识别的超宽带传感器融合

K. Cuomo, J. Piou, J.T. Mayhan
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引用次数: 16

摘要

弹道导弹防御(BMD)社区对各种战区和区域防御系统作为一个系统家族运作有相当大的兴趣。最初,这种互操作性将侧重于在传感器之间共享轨迹和特征数据。随后,随着技术驱动因素的成熟,特征数据的相干融合将会发展。本文概述了为了充分实现特征数据融合对增强BMD识别的潜在效用所需要的技术进步。重点是在任意宽带波形产生、高速数字电路、宽带通信链路和实时信号处理等领域实现的潜在进展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ultra-wideband sensor fusion for BMD discrimination
There is considerable interest within the ballistic missile defense (BMD) community for the various theater and area defense systems to operate as a family of systems. Initially this interoperability would focus on sharing track and feature data between sensors. Subsequently, as the technology drivers mature, coherent fusion of signature data will evolve. This paper presents an overview of the technology advances required in order to fully realize the potential utility of signature data fusion for enhanced BMD discrimination. Emphasis is placed on potential advances realized in the areas of arbitrary wideband waveform generation, high speed digital circuitry, wideband communication links and real-time signal processing.
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