Examples of 'bit allocation' in a sentence
Meaning of "bit allocation"
Bit allocation is a term commonly used in digital signal processing and data compression. It refers to the process of assigning a specific number of bits to different components or elements within a digital signal or data stream. The allocation of bits is typically based on factors such as the importance or significance of each component in representing the overall signal or data, optimizing the allocation for efficient transmission or storage
How to use "bit allocation" in a sentence
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bit allocation
Variations of the bit allocation pattern are further described.
This is usual practice in bit allocation.
The bit allocation methods discussed above can similarly be applied.
This avoids transmitting any information on the bit allocation.
Also a wide variety of bit allocation techniques may be employed.
This is referred to as a transmitter based on fixed or static bit allocation.
The bit allocation process may make use of an iterative allocation procedure.
Digital implementations may employ adaptive bit allocation techniques.
This provides for advanced bit allocation based on the exponent values of the samples.
This is done in what is usually called the bit allocation procedure.
Variable bit allocation is carried out using weighting depending on the frequency of each band.
The following two methods are known for the bit allocation.
Then a second loop to perform bit allocation for the last remaining samples.
The resulting spectral coefficients are then quantized using adaptive bit allocation.
The foregoing describes a process of a first bit allocation and a second bit allocation.
See also
The size of the mantissa data is variable and is determined by bit allocation.
The following describes adjustment of the bit allocation for the frequency domain signal.
This considerably reduces the number of operations required for the bit allocation.
The method of bit allocation between the different coding modules depends on the application considered.
There are presently known the following two bit allocation techniques.
The bit allocation strategies for each encoder are then read back in the same manner.
The fourth section of the nonuniform quantizer performs the adaptive bit allocation.
This bit allocation circuit has a fixed ratio between fixed bits and variable bits.
The values of B may be provided by the two bit allocation granularity field of FIG.
Optimal bit allocation requires tailoring the PSD.
Figure 7 illustrates a particular bit allocation manner.
Deriving a bit allocation for a shape representation ;.
Thereby, one fixed pattern for a bit allocation is used.
The bit allocation for unvoiced coding types is given in 6.
In a second step, the bit allocation table is calculated.
This arrangement constitutes a hybrid backward / forward adaptive bit allocation.
Encoding with adaptive bit allocation takes place in two phases,.
To adapt to the changing characteristics of a source, adaptive bit allocation is normally used.
As the bit allocation technique, the following two techniques are known.
As in the first example, a plurality of predetermined bit allocation patterns are provided.
As these bit allocation techniques, there are known the following two techniques.
In the simplest case, the fixed bit allocation may be employed.
Therefore, the bit allocation must be repeated to reduce the error to zero.
Storing the first and second reception bit allocation information;.
Fig . 2 shows a preferred bit allocation in a command byte according to the invention.
Storing the first and second transmission bit allocation information;.
A first bit allocation section that allocates bits to the plurality of groups ;.
It is therefore preferable, for a tonal signal, to use a bit allocation according to energy criteria.
In the standard, bit allocation needs to be performed only once per frame.
In this way, the table can be used for achieving an improved bit allocation.
The procedure for generating the bit allocation table itself comprises two steps,.
Bit allocation is based upon information derived from a block of signal samples 46 msec in length.
Fig.9 is a block circuit diagram showing an illustrative arrangement of a bit allocation calculating circuit.
Further, the identified bit allocation is applied when encoding the gain shape vector.
Figure 8 is a flow chart showing more detailed logic for an adaptive bit allocation process.
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