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 ...

The new algorithm partitions the object into a small number of nearly pyramidal parts that can be 3D-printed with little or no material waste. These printed parts can then be glued together to ...

One of the fast-growing areas in virtual reality/augmented reality is 3D shape stylization, giving users the ability to automatically replicate detailed 3D shapes in the digital world. Replicating ...

Anyone who has played Minecraftfor a good amount of time should have a good grasp on making 3D objects by placing voxels block by block. A giant voxel art dragon behind your base is cool, but what … ...

So first his system renders a 3D reconstruction of the 2D image in very low resolution. You can still get a lot from that — for example, that the outer third of the whole volume appears to be empty.

Additive manufacturing or 3D printing enables the fabrication of complex parts from functional or biological materials. Conventional 3D printing can be a slow process, where objects are constructed ...

Put simply, if you want an object to be 3D, you have to render it in 3D. Once the hard work of that is done, turning it into a 2D image is a pretty straight forward process. Well, probably not ...

A new 3D printer algorithm claims to provide super-efficient 3D printing of Christmas trees with zero material waste, and also promises a way to produce accurate molds for casting chocolate Santas ...

Disney’s New Algorithm Turns Any Photo Into a 3D Wonderland ... With multiple photos from different viewpoints, the program can fill in background details obstructed by objects in the foreground.