A bilateral filter is applied to the images, where parameters of the bilateral filter are based on the parameters of the Gaussian curve.

A bilateral filter is applied to the images, where parameters of the bilateral filter are based on the parameters of the Gaussian curve.

A much better result can be obtained with bilateral filtering.

A system for applying a bilateral filter to an image comprising a plurality of elements is provided.

The method also comprises filtering the image data with a bilateral filter (22), the filtering being selective in dependence on the identified at least one part of the image.

Incoming image data is incident on the array, and the resulting image signals are corrected with a bilateral filter.

Algorithms for improving the quality of images tone mapped using a bilateral filter is presented.

This dependency is then used to reduce the importance of certain scene features in a cross-bilateral filter, which preserves scene detail.

In some applications, a trained bilateral filter function is used with a filter coefficient selected for a particular classification of image data to filter artifacts in the image data.

The image block may be refined using a bilateral filter, whose space parameter and range parameter are adaptive to the quantization parameter.

The bilateral filter accounts for edge effects by filtering based both on spatial separation between image points and photometric separation between image points.

Further, the control system (26) can create the adjusted image (228) using a joint bilateral filter that combines information from the blurred captured image (14) and the downsampled deblurred image (238).

A bilateral filter is applied to the images, where parameters of the bilateral filter are based on the parameters of the Gaussian curve.

A bilateral filter is applied to the images, where parameters of the bilateral filter are based on the parameters of the Gaussian curve.

A much better result can be obtained with bilateral filtering.