Detail publikace

Exact Risk Analysis of Wavelet Spectrum Thresholding Rules

Originální název

Exact Risk Analysis of Wavelet Spectrum Thresholding Rules

Anglický název

Exact Risk Analysis of Wavelet Spectrum Thresholding Rules

Jazyk

en

Originální abstrakt

The signal analysis and processing based on wavelets has recently been a much used discipline, whose range of applications spreads steadily. One of its most important applications is signal denoising. In this area, the so-called thresholding is an important technique of signal processing. Besides common thresholding rules, several others has been developed. Their statistical properties obtained via so-called exact risk analysis are described in this paper.

Anglický abstrakt

The signal analysis and processing based on wavelets has recently been a much used discipline, whose range of applications spreads steadily. One of its most important applications is signal denoising. In this area, the so-called thresholding is an important technique of signal processing. Besides common thresholding rules, several others has been developed. Their statistical properties obtained via so-called exact risk analysis are described in this paper.

Dokumenty

BibTex


@inproceedings{BUT9113,
  author="Pavel {Rajmic}",
  title="Exact Risk Analysis of Wavelet Spectrum Thresholding Rules",
  annote="The signal analysis and processing based on wavelets has recently been a much used discipline, whose range of applications spreads steadily. One of its most important applications is signal denoising. In this area, the so-called
thresholding is an important technique of signal processing. Besides common thresholding rules, several others has been developed. Their statistical properties obtained via so-called exact risk analysis are described in this paper.
",
  address="Sharjah University",
  booktitle="ICECS 2003 Proceedings",
  chapter="9113",
  institution="Sharjah University",
  year="2003",
  month="december",
  pages="455",
  publisher="Sharjah University",
  type="conference paper"
}