Examples of using Wavelets in English and their translations into Russian
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Colloquial
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Official
Ten lectures on wavelets, Transl.
White water lilies dozed on the gently rocking wavelets.
On Applications of Wavelets in Digital Signal Processing.
Wavelets are constructed on the basis of Hermite splines of seventh degree.
Fourier transform and wavelets theory;
Dyadic wavelets and refinable functions on a half-line.
Ask me about computational simulation,parallel computing, wavelets.
The wavelets are constructed on the basis of Hermite cubic splines.
Contract«New methods of image compression based on wavelets and their generalizations».
Orthogonal wavelets on direct products of cyclic groups.
Nonparametric regression and semiparametric regression methods have been developed based on kernels,splines, and wavelets.
Wavelets are adapted to the signal, characterizing its local properties.
Speech signal features, wavelets, empirical wavelet transform, discrete energy.
The result is the first step in the proof of unconditional basisness of above mentioned wavelets in scales under consideration.
Special Wavelets Based on Chebyshev Polynomials of the Second Kind and their Approximative Properties.
Instead, the filtering operation is based on wavelets, and the filter can be adapted as the flow field evolves.
This wavelets are in C3 and supported on[- 1, 1], moreover, two wavelets are symmetric, and the other are anti-symmetric.
Pixlet is a video codec created by Apple and based on wavelets, designed to enable viewing of full resolution, HD movies in real time at low DV data rates.
For wavelets WAVE, MHAT, DOG, MORLET approximation quality depends from the choice a one of them: for the example function the highest rate of convergence is marked for wavelet WAVE and MORLET, worse results for DOG and MHAT.
Security for the communications is provided via Transport Layer Security authentication, andencrypted connections and waves/wavelets are identified uniquely by a service provider's domain name and ID strings.
Orthogonal wavelets with compact support on locally compact Abelian groups.
In terms of time-frequency space, chirplets exist as rotated, sheared, or other structures that move from the traditional parallelism with the time and frequency axes that are typical for waves(Fourier andshort-time Fourier transforms) or wavelets.
The system of wavelets and scalar functions based on Chebyshev polynomials of the second kind and their zeros is considered.
In particular, digital image processing is the only practical technology for: Classification Feature extraction Multi-scale signal analysis Pattern recognition Projection Some techniques which are used indigital image processing include: Anisotropic diffusion Hidden Markov models Image editing Image restoration Independent component analysis Linear filtering Neural networks Partial differential equations Pixelation Principal components analysis Self-organizing maps Wavelets Digital filters are used to blur and sharpen digital images.
Orthogonal wavelets(HAAR(Dl), D2, DIO) show a more stable behavior: with increasing order of Daubechies wavelet convergence rate increases.
Generalized Haar wavelets are oriented Haar wavelets, and were used in 2001 by Mohan, Papageorgiou, and Poggio in their own object detection experiments.
With the method of continuous wavelet transform with Morlet mother wavelets, we analyzed the other solar indices that are associated with the radiation at different heights in the solar atmosphere: the relative number of sunspots, SSN, the chromospheric index,$\textit{Mg II}$, at 280 nm, the fluxes in the coronal line at 530.3 nm, F$_{530}$, the$\textit{Flare Index}$, and the index of a total number of flares,$\textit{Counts of flares.
Wavelet theory as p-adic spectral analysis.
Apply discrete or continuous high-performance wavelet analysis for thresholding and visualizing in any dimension.
A signal is restored then by means of spline interpolation and wavelet transform.