Examples of 'sub-bands' in a sentence
Meaning of "sub-bands"
Sub-band (noun): In signal processing or telecommunications, sub-band refers to a specific range of frequencies within a larger bandwidth, often used in the analysis or processing of signals
How to use "sub-bands" in a sentence
Basic
Advanced
sub-bands
The cellular sub-bands are now as follows.
There can be a small overlap between sub-bands.
These sub-bands convey the same information.
The data of each of the sub-bands is output interlaced.
Said sub-bands are activated and allocated in dynamic manner.
The received data on all sub-bands is then obtained.
All the sub-bands or only some of them are spread.
And many villages associated with these sub-bands.
It is these sub-bands that the invention proposes to filter.
The bands may be further divided into sub-bands.
Signaling sub-bands in each frequency band or set are then used.
A symbol is assigned to one of a predetermined number of frequency sub-bands.
The sub-bands become parameter bands by the internal grouping.
A bitmap may be used to indicate the preferred sub-bands.
The frequency band becomes sub-bands by the internal grouping.
See also
This band of interest may be composed of several disjoint sub-bands.
Smaller bands or sub-bands had no right to send delegates to the council.
This filtering aims to break up the spectrum into sub-bands.
The number of sub-bands is a parameter of the method according to the invention.
The carrier bandwidth may also be partitioned into sub-bands.
One hundred fourteen sub-bands have been put in the vibrational classification.
The system bandwidth may also be partitioned into sub-bands.
The sub-bands are decimated to the common input sampling rate of a multiplexer.
The omitted spectral coefficients are divided into a number of sub-bands.
The sub-bands are spaced apart to minimize the interference to each other.
The data is allocated for transmission across multiple sub-bands.
Obtaining spectral coefficients of sub-bands from a received bitstream by means of decoding ;.
It is therefore planned to partition the band into several pieces or sub-bands.
The full set of sub-bands may cover the system bandwidth.
The microcontroller processes the various sub-bands one after another.
Finally, the filtered sub-bands are reverse transformed to deliver a reconstructed filtered signal.
Organizing meant that further fragment into sub-bands in relation to movements.
Frequency sub-bands of various operators can be translated independently from each other.
We consider by way of example the case in which four sub-bands are envisaged.
A method of filtering in sub-bands that eliminates or greatly restricts aliasing effects is disclosed.
A fifth aspect of the technology signals base sub-bands using preambles.
More than two sub-bands can be defined in the total frequency band.
The entire system bandwidth can be divided into several sub-bands.
And, the step of generating the sub-bands can be classified as a sort of grouping.
The sub-bands may be of a width which is around one fourth of a band of interest.
This architecture allows high throughput with the use of four sub-bands.
These various sub-bands can be predefined upstream of the operation of the communication system.
At this point all of the information for quantizing the sub-bands are available.
The two sub-bands of one part of the band can have unequal widths.
The transcoder can then suppress waveform indices relative to these sub-bands.
In another variant, the sub-bands are activated and allocated in dynamic manner by hardware means.
Under these circumstances, the samples of the various sub-bands appear simultaneously.
Spatiotemporal frequency channels sub-bands are selective to a particular part in the spatiotemporal frequency domain.
But to simplify the description, only the two aforementioned sub-bands are treated.
The sub-bands can be specified by selecting any one from those sets of integers.
