oversampling's Usage Examples:

In signal processing, oversampling is the process of sampling a signal at a sampling frequency significantly higher than the Nyquist rate.

However, techniques such as dithering, noise shaping and oversampling mitigate these effects without changing the bit depth.

all frequencies of interest can be reconstructed, a practice called oversampling.

It is closely related to oversampling in data analysis.

first smartphone to feature Nokia's PureView Pro technology, a pixel oversampling technique that reduces an image taken at full resolution into a lower.

maximum possible signal-to-noise ratio for an ideal ADC without the use of oversampling.

Although the use of oversampling can completely eliminate aperture error and aliasing by shifting them.

spatial oversampling under certain condition.

It means that people can make trade off between spatial oversampling and temporal oversampling.

methods include the use of a delay-locked loop and oversampling of the data stream.

In the following, A is the unsorted data, k is the oversampling factor, discussed later, and p is the number of splitters.

higher the oversampling ratio, the higher the signal-to-noise ratio and the higher the resolution in bits.

Another key aspect given by oversampling is the.

of data in a rasterized format without oversampling and thus suffers from step-artefacts (aliasing).

It contains Nokia's PureView technology, a pixel oversampling technique that reduces an image taken at full resolution into a lower.

or 1-bit DAC is a consumer electronics marketing term describing an oversampling digital-to-analog converter (DAC) with an actual 1-bit DAC (that is,.

To achieve high signal-to-noise ratio, delta modulation must use oversampling techniques, that is, the analog signal is sampled at a rate several times.

Half of the sample (8,000) was generated by oversampling with five independent sampling frames (called "large provinces") of Shanghai.

definition television picture derived from a film scanner that uses oversampling, as described later, may appear sharper than a high definition picture.

Improved resolution can be obtained by several techniques such as oversampling/averaging.