Examples of 'transform block' in a sentence
Meaning of "transform block"
transform block - This phrase can refer to the process of changing or converting a specific area, structure, or unit into a different form, shape, or state
How to use "transform block" in a sentence
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transform block
Transform processing is performed on each transform block.
The shape of the transform block is not always square.
The exponents are shared by the coefficient mantissas in each transform block.
This distribution differs from transform block to transform block.
This set of transform coefficients may be more generally referred to as a transform block.
The size of at least one transform block may be proportional to the filtering strength.
It depends on a size of transform block.
A transform block may be a rectangular block of samples on which the same transform is applied.
The residual transform coefficients may be referred to as a transform block or coefficient block.
The transform block encompasses a wide variety of signal transforms and dimensionality reduction techniques.
The second step determines corresponding shift values for a second transform block.
Use the Hough Transform block to find straight lines in an image.
A TU size may be the size of a transform block of a TU.
In such examples, the transform block may be treated as a transform coefficient block.
As described above, a video coder may perform a quantization operation on a transform block.
See also
Therefore, DFAwill generally produce transform block frames of varying length.
Moreover, the transform block sizes are variable within an increasingly large interval.
The detailed mechanisms of the controlled transform block are depicted in figure 5.
That is, the residual signals are converted to a two-dimensional quantized transform block.
In a further embodiment, different transform block or shape sizes uses different context model sets.
In this preferred embodiment, the prediction is coupled to the transform block or shape size.
When the transform block is divided, the boundaries of the divided blocks may be derived.
An apparatus configured to encode transform coefficients for a transform block of a video block comprising,.
The orthogonal transform block size thus determined is fed to a secondary block size decision circuit 413.
A method of encoding transform coefficients for a transform block of a video block, the method comprising,.
Unlike the TDAC transform, the DFT creates a sequence of one type of transform block.
Thus, a TU may have a luma transform block and two corresponding chroma transform blocks.
Fig . 9 shows another example for coding a transform block.
That is, the predicted DCT transform block having the minimum number of bits is selected.
Likewise, the value of run is bounded by the transform block size, e . g.
That is, as the size of a transform block increases, more pixels are filtered.
In some examples, transform processing unit 104 does not apply transforms to a transform block.
A transform unit block is referred to as a transform block or a transform unit ( TU ).
The inverse scanning unit 220 converts the quantized coefficients information into a two-dimensional quantized transform block.
Inverse transform unit 78 may then inverse transform the transform block to reproduce the residual block.
Frame transform block 627C transforms the stator current to a rotor fixed frame.
Thus, a TU may be associated with a luma transform block and two chroma transform blocks.
The MDCT analysis blocks 74 may be also alternatively placed after the transform block 2.
The Cr transform block may be a sub-block of the CU 's Cr residual block.
The transform and quantization module 130 quantizes the transform block using a quantization step size.
The transform block R ( z ) and inverse transform block E ( z ) may also be reconfigured if required.
The inverse transform module 230 inversely transforms the inversely-quantized transform block to reconstruct a residual block.
The Burrows-Wheeler transform block sorting algorithm used in bzip2 is limited to 900 KiB of history.
Transform processing unit 204 may apply various transforms to a transform block of a TU.
The quantized transform block is provided to the inverse quantization unit 135 and the scanning unit 131.
Transform processing unit 104 may apply various transforms to a transform block associated with a TU.
Conceptually, a transform block or TU may be a two-dimensional ( 2D ) matrix of transform coefficients.
Figs.3A to 3D illustrate an arrangement of an orthogonal transform block for bit compaction.
The two-dimensional quantized transform block is inversely quantized in step S170.
An inverse transform unit ( 240 ) configured to inversely transform the transform block to generate a residual block ;.
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