This paper describes a new out-of-core multi-resolution data structure for real-time
visualization and interactive editing of large point clouds. In addition, an editing system is …

As technologies for acquiring 3D data and algorithms for constructing integrated models
evolve, very large data sets representing objects or environments are emerging in various …

We introduce a GPU‐friendly technique that efficiently exploits the highly structured nature of
urban environments to ensure rendering quality and interactive performance of city …

We present a practical approach for developing interactive environments that allows
humans to interact with large complex 3D models without them having to manually operate …

Previous algorithms for view-dependent level of detail provide local mesh refinements either
at the finest granularity or at a fixed, coarse granularity. The former provides triangle-level …

Dealing with high-resolution imagery with billions or trillions of samples is an enormous
challenge that often overwhelms the graphics subsystem of any computer. Silicon Graphics …

We report on a cluster parallel multiresolution rendering system driving a spatial 3D display
able to give multiple freely moving naked-eye viewers the illusion of seeing virtual objects …

The ever increasing complexity of 3D models generated by 3D scanners and through
modeling requires ever faster graphics cards to render them at interactive rates …

Пропонується метод нанесення векторних та растрових текстур з одночасним
усуненням аліасінгу при синтезі зображення методом зворотного трасування …

ABSTRACT This paper presents Open Inventor extensions for working with offline divided
models over a network. There are in fact two extensions. The first one adds a functionality for …