Fig1: This is an image taken by the Galileo space probe of Jupiter's moon Io.

Run your mouse over the image to reveal the restored figure.

Fig 2: Although the image was taken by a high-tech imaging system, the restoration can reveal further information. Here, the SeDDaRA restoration shows the the surface to be a bit 'rockier' than previously seen.

Image courtesy of NASA/JPL/Caltech

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Fig1: This is a section of a high resolution image of the sun. The image is displayed in false color. The highest values are displayed in white, followed by yellow and red. The lowest values are in black. This image shows part of a largest sunspot recorded on 15 July 2002 with the Swedish 1-m Solar Telescope on La Palma. This image was post-processed using a phase-diversity technique providing the highest resolution of the sun ever recorded.

Run your mouse over the image to reveal the restored image.

Fig 2: The restored image is displayed using the same false color scale. Application of SeDDaRA removes even more blur from the image, increasing the resolution even more.

Image courtesy of the Royal Swedish Academy of Sciences

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Fig1: This is a section of a high resolution image of the Jupiter as taken by the Cassini space probe. The image is a portion of a global image of the planet taken by the narrow angle camera onboard NASA's Cassini spacecraft starting at 5:31 Universal time on December 29, 2000, as the spacecraft neared Jupiter during its flyby of the giant plane. The image appears in real color, i.e. color as our eyes would see it. The great red eye is located in the upper right corner.

Run your mouse over the image to reveal the restored image.

Fig 2: The restored image is displayed using the same color scale. The improvement is quite apparent revealing ridges within the smaller storms.  The full global image has been processed. We are hoping to get explicit permission to display that image as well. Check back.

Image courtesy of NASA/JPL/SSI

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