Examples of 'spectral values' in a sentence
Meaning of "spectral values"
Spectral values: Refers to values obtained from the analysis of a spectra, often used in fields like spectroscopy to describe the properties of a system based on its interaction with electromagnetic radiation
How to use "spectral values" in a sentence
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spectral values
The spectral values may be complex valued or real valued.
The outputs of this entropy decoder are quantized spectral values.
Ny is the number of spectral values of the backward transform with size y.
Losses are introduced by a quantization of the spectral values taking place.
The spectral values are then modified to obtain a modified spectral representation.
They also had the correct mass spectral values.
The spectral values of the high band are not transmitted directly as in conventional codecs.
The output of this entropy decoder is quantized spectral values.
The thresholds for comparison of the spectral values are then matched accordingly.
The padded block is then converted into a spectral representation having spectral values.
Device and method for postprocessing spectral values and encoder and decoder for audio signals.
Each distance value here mirrors the spectral distance between the underlying spectral values.
By this, scaled spectral values are obtained.
In a subsequent step, a fade out may be applied on these spectral values.
One or more quantized spectral values of the spectrum ;.
See also
Also, a tuple may comprise a smaller or larger number of spectral values.
By forming a norm, the signs of the spectral values are typically discarded.
Hence, all calculations may equally well be carried out based on spectral values.
For example, each of the previous spectral values is multiplied by the gain factor.
That is, the NMR spectrum is split into discrete spectral values.
Alternatively, individual spectral values may be used to obtain the context, rather than tuples.
The classification method used presupposes a normal distribution of spectral values in the individual classes.
The scaled and quantized spectral values are encoded in order to provide a bitrate-efficient representation thereof.
One option is to use the quantized MDCT spectral values of the downmix.
With nu, HR spectral values were similar in both groups.
Accordingly, statistical dependencies between adjacent spectral values to be decoded can be exploited.
The actual spectral values do not have to be Hoffman-decoded for this estimation.
In the following, the decoding order of the spectral values will be described.
Huffman-encoded spectral values are received by a Huffman decoder 50.
The method for generating a diagnostic index of claim 1 wherein said spectral values are bispectrum values.
The unscaled quantized spectral values are fed into an inverse quantizer 60.
The other option is to use the non-quantized MDCT spectral values.
The Scale Factor Energies ( SFE ) represent spectral values describing the spectral envelope.
The Huffman decoder 50 then performs Huffman decoding for obtaining unscaled quantized spectral values.
After Huffman Decoding, a plurality of quantized spectral values is obtained at the decoder.
The previously received error-free audio frame may, for example, comprise the previous spectral values.
By this, inverse-quantized spectral values are obtained at the decoder.
An input variable N describes a window length of a window, for which the spectral values are decoded.
The process of decoding a plurality of spectral values comprises an initialization 310 of a context.
A most-significant bit-plane of one or more of the decoded spectral values.
However, the inverse-quantized spectral values may still be unscaled.
This means, that one short block generates 192 spectral values.
The averaged gain and spectral values are input to Averaged Spectral and Gain Vector Generator 604.
Illustrate the multiplication of a gain factor and previous spectral values according to an embodiment, Fig . 4a.
Thus, the encoded frequency-domain audio representation 222 constitutes ( or comprises ) an arithmetically-encoded representation of spectral values.
Accordingly, the set of scaled decoded spectral values 362 is obtained.
The second set of spectral values is generated by the quantizer 156 of FIG . 1.
The second stage is an MDCT stage to divide the 32 subband signals into 576 spectral values.
The adder or combiner 1424 outputs the spectral values for the frequency bins.
The MDCT spectral values can be input into a set to zero block 410.
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