Principles of Creation of an Aerospace Defense Informational System

D. Karlov, A. Y. Yatsusenko, M. Pichugin, A. Karlov, I. M. Pichugin, I. Vasil’eva
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Abstract

The paper considers the questions of developing an aerospace defense informational system. The system essential functions are defined. The algorithm for the method of multichannel energy detection is suggested. The results of modeling the dependence of conditional probability of determined radio-signal of prescribed duration and Gaussian noise total energy correct detection against signal-and-noise energies ratio, the dependence of decision threshold on signal duration and qualitative measures for the method of full target velocity vector derivation are presented. The received results could be used at developing advanced aerospace defense systems.
航空航天防御信息系统的建立原理
本文考虑了发展航空航天防御信息系统的问题。定义了系统的基本功能。提出了多通道能量检测方法的算法。给出了给定持续时间的无线电信号的条件概率与高斯噪声总能量对信噪比的依赖关系、决策阈值对信号持续时间的依赖关系以及全目标速度矢量推导方法的定性措施的建模结果。接收到的结果可用于开发先进的航空航天防御系统。
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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