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首页> 外文期刊>Radiophysics and quantum electronics >THE PRINCIPLE OF THE INFORMATION-DIVERGENCE MINIMUM IN THE PROBLEM OF SPECTRAL ANALYSIS OF THE RANDOM TIME SERIES UNDER THE CONDITION OF SMALL OBSERVATION SAMPLES
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THE PRINCIPLE OF THE INFORMATION-DIVERGENCE MINIMUM IN THE PROBLEM OF SPECTRAL ANALYSIS OF THE RANDOM TIME SERIES UNDER THE CONDITION OF SMALL OBSERVATION SAMPLES

机译:小观测样本条件下随机时间序列的谱分析问题中的最小信息散布原理

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摘要

We consider the issue of small observation samples in the problem of spectral analysis of the random time series. It is proposed to solve the considered problem using the information-theoretic approach and a new algorithm based on the principle of minimum divergence of the cognominal spectral estimates yielded by the results of several independent observations in the Kullback-Leibler information metric. An example of a practical realization of the algorithm is considered and its asymptotic properties are studied.
机译:我们在随机时间序列的频谱分析问题中考虑了小的观测样本的问题。提出使用信息理论方法和基于库尔贝克-莱布勒信息量度中几个独立观测结果得出的认知频谱估计的最小散度最小原理的新算法来解决所考虑的问题。以该算法的实际实现为例,研究其渐近性质。

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