The factor of a given filter depends on the spectral sensitivity of the film, the colour quality of the lighting, the type of subject, the effect aimed at, and other exposure conditions.
For a given filter stencil, the filtered collision operator approach leads to the highest cut-off wavenumber.
Both SNR maximization and gradient magnitude minimization cause various settings of the given filter.
If only one repetition exists for a given filter the system places the input at the center.
In real-time applications, a given filter receives data at the same rate it processes and outputs it.
Experimental evidence suggests biorthogonal filters achieve good compression if, subject to a filter bandwidth constraint, maximum vanishing moments are obtained for a given filter support.
To synthesize the filter two cut-off frequencies are needed accompanied with given filter order, shape tuning function and threshold detection condition for sequential operation.
For a given filter, three different geometrical pleat configurations (with various pleat heights and widths) are investigated at similar filtration velocities.
By this approach, using a given filter the light arriving onto the samples' surface will only have wavelengths longer than the cutoff filter's.
The first step is to define an objective function that quantifies the complexity/accuracy tradeoff for a given filter associated to a multiword query.
