A KAIST research team has developed an innovative technology capable of vividly displaying the 3D structure of cancer tissues ...

In the intersection of art, mathematics, and technology, one of the most compelling challenges is to simulate complex 3D phenomena using limited tools. Among such tasks is the creation of an animated ...

We report the findings of the first systematic study of immersive navigation techniques for 3D scatterplots. We tested four conditions that represent our best attempt to adapt standard 2D navigation ...

Abstract: Supervised methods on 3D medical image segmentation need large amounts of annotated data, but annotating is time-consuming ... In this paper, we propose a novel weakly-supervised 2D-3D ...