In this paper, we present several compute‐based point cloud rendering approaches that
outperform the hardware pipeline by up to an order of magnitude and achieve significantly …

Media streaming, with an edge-cloud setting, has been adopted for a variety of applications
such as entertainment, visualization, and design. Unlike video/audio streaming where the …

This work presents a hybrid immersive headset-and desktop-based virtual reality (VR)
visualization and annotation system for point clouds, oriented towards application on laser …

This paper addresses the challenges of rendering massive indoor point clouds in Virtual
Reality. In these kind of visualizations the point of view is never static, imposing the need of …

Although point features have shown their usefulness in classification with Machine Learning,
point cloud visualization enhancement methods focus mainly on lighting. The visualization …

Direct point-cloud visualisation is a common approach for visualising large datasets of aerial
terrain LiDAR scans. However, because of the limitations of the acquisition technique, such …

Due to the increasingly large amount of data acquired into point clouds, from LiDAR (Light
Detection and Ranging) sensors and 2D/3D sensors, massive point clouds processing has …

Our work explores the use of extended reality (XR) to improve scientific discovery with
numerical weather/climate models that inform Earth science digital twins, specifically the …