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 ...

"Coming up with a practical algorithm to decompose 3D objects into the smallest possible number of pyramidal parts was quite a challenge," revealed Professor Zhang.In practice, however, not all ...

[mikolalysenko] put together a tutorial for making 3D objects out of video game sprites and covers a lot of the math involved in turning pixels into voxels ... math for this algorithm is a ...

In 2015, deep learning algorithms ... into thinking the turtle was any object they wanted. While the study demonstrated that adversarial examples can be 3-D objects, it was conducted under white ...

DNA’s structure doesn’t have to be just a double helix: by fiddling with the order ... algorithm,” said MIT’s Mark Bathe in a press release. Basically, all the user needs to do is provide ...

A 3D printer that uses lasers to build up an object in any order, rather than layer by layer ... 80 nanometres wide that convert red light into blue once the light hits a certain energy threshold ...

A new technology called Neural Radiance Field or NeRF involves training AI algorithms to enable the creation of 3D objects from two-dimensional photos. NeRF has the capability to fill in the ...

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 ...