基于统计矩的调制分类

J. E. Hipp
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引用次数: 59

摘要

识别任意信号调制的能力是可取的,原因有很多,包括信号确认、干扰识别和适当解调器的选择。利用统计模式识别技术开发了一种调制分类算法,并在数值模拟信号上进行了测试。该算法利用解调信号的统计矩和信号频谱的统计矩作为调制识别参数。分类程序的基础是一组公式化的概率分布,这些概率分布是通过产生和统计分析大量数值模拟信号而得到的。所得的分类方程在一组独立的数值模拟信号上进行了测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modulation Classification based on Statistical Moments
The ability to identify the modulation of an arbitrary signal is desirable for a number of reasons, including signal confirmation, interference identification, and the selection of proper demodulators. A modulation classification algorithm using statistical pattern recognition techniques has been developed and tested on numerically simulated signals. This algorithm uses statistical moments of both the demodulated signal and the signal spectrum as the modulation identifying parameters. The basis for the classification routine is a set of formulated probability distributions which were developed by generating and statistically analyzing a large set of numerically simulated signals. The resulting classification equations were tested on an independent set of numerically simulated signals.
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