Some imaging systems produce band-pass estimates of the object functions to be imaged. This is a serious problem especially with strictly positive objects, since the dc and low frequency regions of their spectra, which are lost in the imaging process, contain essential information. A band-pass estimate of strictly positive object always contains strong artifacts, which can often prevent the correct interpretation of the image. Applying superresolution algorithms to band-pass images can thus be doubly useful since besides achieving a better spatial resolution, it can also produce an effective suppression of the ambiguity artifacts.
Analisi agli autovalori di un operatore iterativo di super-risoluzione per immagini passa-banda bidimensionali
Salerno E
1996
Abstract
Some imaging systems produce band-pass estimates of the object functions to be imaged. This is a serious problem especially with strictly positive objects, since the dc and low frequency regions of their spectra, which are lost in the imaging process, contain essential information. A band-pass estimate of strictly positive object always contains strong artifacts, which can often prevent the correct interpretation of the image. Applying superresolution algorithms to band-pass images can thus be doubly useful since besides achieving a better spatial resolution, it can also produce an effective suppression of the ambiguity artifacts.| File | Dimensione | Formato | |
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Descrizione: Analisi agli autovalori di un operatore iterativo di super-risoluzione per immagini passa-banda bidimensionali
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