Frequency dependent combination of x-ray images of different modalities
An X-ray and image technology, applied in the field of X-ray imaging, can solve unfamiliar problems
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[0028] One possibility to obtain combined image information is based on the idea of dividing the image information of the first image information type and the second image information type in the spatial frequency domain into a number of distinct subbands, i.e. each subband corresponds to over a defined spatial frequency range. For example, such division may be performed by employing a Laplacian pyramid process.
[0029] Respective frequency sub-bands of the image information may be analyzed, for example with respect to their contrast-to-noise ratio, said respective frequency sub-bands may be weighted in particular according to the determined signal-to-noise ratio, and at least depending on the weighting factors of the respective sub-bands, subsequently The various frequency sub-bands may be added or recombined to finally obtain a single combined image, combining two or more relevant information of different image information types in a manner with an optimal signal-to-noise...
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