Computing

Photographic Manipulation

A hackable camera opens new possibilities for digital photos.

David Jacobs, a graduate student at Stanford University, kneels on the floor and tosses playing cards into the air. A clunky black box with two flashes on top illuminates the cards midflight with strobing light and creates a digital photo that traces their progress through the air. Meet the Frankencamera, a hackable device made at Stanford to prove that the locked-down technology of commercial cameras is holding photography back.

The electronics are fitted inside the case to complete the Frankencamera. See the slideshow (and below) for a step-by-step guide to making the camera.

Today’s cameras are essentially computers with optical components, but much of that computational power is inaccessible to consumers. Manufacturers block changes to the software and much of the hardware. The Frankencamera, however, can be reprogrammed or modified with extra sensors or controls.

This story is part of our May/June 2011 Issue
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Marc Levoy, a professor of computer science and electrical engineering, built the device to accelerate a field called computational photography, which uses software to push the limits of today’s cameras. A version is being developed to sell to a waiting list of researchers. But Levoy says he is developing the techniques to pressure camera firms to open up. “I don’t want to get into the camera business,” he says. “The goal is to spur industry to do this themselves.”

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Computing

From the latest smartphones to advances in quantum computing, the hardware behind today's digital age is rapidly changing.

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