A investigate organisation from Stanford University has been building a way to rise a camera that relates computational photography techniques. Just so you know, computational photography uses intuiting strategies and algorithmic techniques to complement or expand the capabilities of digital photography. The outcome is an ordinary-looking picture that cannot be taken using a normal camera. Examples of techniques in computational photography add high energetic operation photomontage, all-focus image, photography beneath structured illumination, and multi-perspective and breathtaking stitching. Although the techniques look promising, many of these cannot be implemented on camera phones, possibly since the camera's sensors are not great enough, the computing resources are not absolute enough, or the APIs joining the camera to the P.C. may be as well restrictive.
The Linux-powered Frankencamera examination (pictured) is fully-programmable, can adapt SLR lenses, and may be related to the Internet. The antecedent was done from off-the-shelf materials and even from deceased cameras. It is declared such since as they say, "It's moreover ugly."
The organisation has moreover able to emanate an API that incorporates their examination in to smartphone cameras. The FCam API may be commissioned on the Nokia N900 smartphone without having to section the phone, enabling users to make the phone's camera programmable.
Source: Stanford.edu
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