Examples of 'transform coefficients' in a sentence
Meaning of "transform coefficients"
Transform coefficients refer to the numerical values calculated during the process of mathematical or signal processing transformations, such as the Fourier transform or the wavelet transform. These coefficients represent the ways in which the input data is modified or represented in a different domain, providing information about the frequency or time characteristics of the input signal
How to use "transform coefficients" in a sentence
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transform coefficients
Method for entropy encoding transform coefficients.
The quantized transform coefficients are scanned in a reverse direction.
Method for entropy decoding transform coefficients.
Transform coefficients may also be quantized.
Apparatus for entropy decoding transform coefficients.
Each of the transform coefficients may be represented by a binary number.
The complete series of transform coefficients.
Quantized transform coefficients may be referred to as transform coefficient levels.
Further encoding step is quantization of the transform coefficients.
Wavelet transform coefficients corresponding to an objective tile to be decoded are thus obtained.
The coefficients could also be referred to as transform coefficients.
This set of transform coefficients may be more generally referred to as a transform block.
The ag is applied in the determination of wavelet transform coefficients to be filtered.
The quantized transform coefficients of each subset are scanned in the reverse direction.
Entropy coding is then applied to the vector of transform coefficients.
See also
Each of the transform coefficients says something about the entire block.
Method and apparatus for encoding and decoding transform coefficients.
The residual transform coefficients may be referred to as a transform block or coefficient block.
A typical example of such a representation is a series of transform coefficients in a transform domain.
The quantized transform coefficients in the transformed block are processed in a certain consecutive order.
A block of NxM pixels is transformed into an array of NxM transform coefficients.
The quantized orthogonal transform coefficients will be described below in more detail.
The blocks of differences are orthogonally transformed to provide blocks of transform coefficients.
Then it generates a plurality of orthogonal transform coefficients as image data by spatial frequencies.
The outcome from the quantisation part is referred to as quantized transform coefficients.
Direct representation of the transform coefficients is still too costly for many applications.
In this manner it can uniquely compute all the linear matrix transform coefficients.
The transform coefficients in a subband constitute the samples of that respective subband signal.
Syntax elements representing the quantized transform coefficients may be entropy encoded.
These transform coefficients generally correspond to the spectral content of the input signal.
These coefficients are further referred to as discrete wavelet transform coefficients or dwt coefficients.
The magnitudes of other transform coefficients of lesser significance are quantized using nonuniform quantizers.
Those curves are employed to allocate dynamically the bit rate of the transform coefficients.
A block of transform coefficients is inverse quantized with the first and second set of values.
Transform domain codecs require a compact representation of the frequency domain transform coefficients.
Phase one allocates bits to transform coefficients in subbands with the largest subband exponents.
Normalization improves the compressibility of an image by reducing the amplitude of the transform coefficients.
The scanning types applied to the transform coefficients of the sub blocks are the same.
Transform based audio coders compress audio signals by quantizing the transform coefficients.
In which the quantized transform coefficients in the target block are mapped onto the leaves.
Pixel difference values associated with the TUs may be transformed to produce transform coefficients.
The transform coefficients are divided into different sets representing a baseband signal and a residual signal.
This disclosure describes techniques for coding transform coefficients for a block of video data.
The transform coefficients are quantized, to form quantized coefficients.
This information may comprise the number of significant transform coefficients within the block.
In embodiments, the transform coefficients may be grouped in an order of significance.
The coding node may once again be updated to refer to these serialized transform coefficients.
It is thus possible to obtain complex transform coefficients from an FFT with real inputs.
Quantization may reduce the bit depth associated with some or all of the transform coefficients.
Using the generated Discrete Fourier Transform coefficients in an electronic communication process.
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