but only trying to describe the surface of an object. The empty space around it and inside it? Doesn’t matter. So first his system renders a 3D reconstruction of the 2D image in very low resolution.

Heiner Kremer, who wrote the algorithm to optimize the hologram fields, adds: "The digitization of an entire 3D object into ultrasound hologram fields is computationally very demanding and ...

A photo from Disney's sample set The corresponding 3D model Unlike other systems, the algorithm calculates depth for every pixel, proving most effective at the edges of objects. The algorithm ...

By using a large dataset to train a machine learning algorithm, researchers from Adobe and the Australian National University have created a technology that could do wonders for 3D model creation.

In a blow for symmetry, Disney Research Zurich and ETH Zurich have developed a computer algorithm ... The new design is then run through a 3D printer to produce a new object with the right shaped ...

You then use a reconstruction algorithm to use those photos to create a 3D model of the object, which you can digitally slice in different directions. With a professional CT scanner, as in a ...

New research lets would-be DNA origami masters design ... in which the object itself is the starting point, with the DNA sequences that are needed automatically defined by the algorithm, ...

Heiner Kremer, who wrote the algorithm to optimize the hologram fields, adds: “The digitization of an entire 3D object into ultrasound hologram fields is computationally very demanding and required us ...