Examples of 'time-frequency' in a sentence
Meaning of "time-frequency"
time-frequency (noun) - In signal processing, time-frequency analysis is a method used to analyze how the frequency content of a signal changes over time. It is commonly used in areas such as audio signal processing and telecommunications
How to use "time-frequency" in a sentence
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time-frequency
Ambiguity function and time-frequency translation.
Time-frequency atomic decomposition of a polyphonic musical recording.
Transformation between distributions in time-frequency analysis.
Time-frequency synchronization are needed.
The processing is done in the time-frequency domain.
The time-frequency transform is as described in the fourth embodiment.
The human ear performs a time-frequency transformation.
The time-frequency domain smearing uses the convolution approach.
A tile is defined as a time-frequency region of constant size.
These symbols are uniformly distributed in the time-frequency plane.
Calculation of time-frequency representations.
All we have to do is to fill up the time-frequency plane.
The time-frequency transform is the same as in the fourteenth embodiment.
The network resources may be time-frequency resources.
Joint time-frequency automatic gain control for wireless communication.
See also
The definition given here is specific to time-frequency analysis.
Figure 3 is a time-frequency plot of an embodiment of a pilot channel carrier assignment.
See the script to compute the time-frequency image.
A time-frequency block is a specific set of subbands in a specific time slot.
More information about our products on time-frequency page.
The time-frequency resource is divided into one or more zones.
Choice of the window is more crucial to the time-frequency.
The spectral analyzer may be a time-frequency converter as described above.
Time-frequency analysis is a central issue and has varied geophysical applications.
Below is a brief comparison of some selected time-frequency distribution functions.
A time-frequency representation is then computed and peaks are detected and linked.
This precludes the existence of a perfect time-frequency energy density.
Planning allocation of time-frequency resources in wireless ofdma communication systems.
In the second part of this thesis we focus on time-frequency analysis.
Figure 3 is a simplified time-frequency diagram of aspects of a shared signaling channel.
To transmit a jamming signal on all of the other time-frequency slots.
A predetermined pilot time-frequency lattice is shared between adjacent terminals.
The samples s n are independent from one time-frequency cell to another.
Each time-frequency block is a specific subcarrier set in a specific time slot.
Blind separation of nonstationary sources based on spatial time-frequency distributions.
Moreover, a method based on a time-frequency decomposition allows to detect nonstationary fields.
To the pressure signals transformed into the time-frequency domain.
The smallest time-frequency unit in a resource grid is denoted as a resource element.
The input channels are partitioned into a plurality of time-frequency regions.
It is next possible to represent a time-frequency diagram or spectrogram for each antenna.
This approach is particularly studied in signal processing, under time-frequency analysis.
This is possible as the inverse time-frequency transform is usually a linear transformation.
This is poorly represented by traditional methods, which motivates time-frequency analysis.
The multicopy correlation operation is a time-frequency transformation of the received signal.
Figure 2c is an illustration of random access preamble transmission in the time-frequency domain.
In an embodiment, a time-frequency block corresponds to one set of subcarriers in one frame.
A particularly configured microprocessor generates a time-frequency representation of an input signal.
A time-frequency process is then applied on them, in order to amplify the presence of defects.
The first configuration organizes a time-frequency space in first REs.
Time-frequency transformation refers to transforming a signal from a time domain to a frequency domain.
