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首页> 外文期刊>Signal Processing, IEEE Transactions on > src='/images/tex/486.gif' alt='epsilon'> -Mono-Component: Its Characterization and Construction
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src='/images/tex/486.gif' alt='epsilon'> -Mono-Component: Its Characterization and Construction

机译: src =“ / images / tex / 486.gif” alt =“ epsilon”> -单声道组件:其特征和构造

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摘要

This paper studies the consistency between the analytic amplitude and the physical amplitude for a mono-component of the form . A special class of mono-components, called -mono-components, are considered and a parameter is introduced to measure the consistency between these two kinds of amplitudes. It is shown that controls the number of zerocrossings of within each monotonic interval of , which means that the oscillation of the analytic amplitude is much slower than that of the phase part at any instant, provided that is sufficiently small. Some sufficient conditions, including the Fourier spectral characterization, for to be an -mono-component are given. Frames and Riesz bases composed of -mono-components are constructed. Finally, applications of -mono-components to signal decomposition and time-frequency analysis are discussed.
机译:本文研究了形式的单分量分析振幅与物理振幅之间的一致性。考虑一类特殊的单成分-mono-components,并引入了一个参数来测量这两种幅度之间的一致性。结果表明,在的每个单调间隔内,控制的过零次数,这意味着只要足够小,解析振幅的振荡在任何时刻都比相位部分的振荡慢得多。给出了一些足以成为单组分的条件,包括傅立叶光谱表征。构造了由-mono-components组成的框架和Riesz基。最后,讨论了单声道成分在信号分解和时频分析中的应用。

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