This project is about 3D graph visualization with WebGL. The aim of this project is to evaluate the possibilities of graph drawing in WebGL. It uses Three.js for drawing and currently supports a force ...

Visualization of graphs containing many nodes and edges efficiently is quite challenging since representations generally suffer from visual clutter induced by the large amount of edge crossings and ...

We are developing a network visualization technique which overlays a node-link diagram for visualizing the connectivity and a set visualization for representing the label information. Our technique ...

By visually mapping nodes and edges, graph visualization tools enable us to understand the structure and dynamics of networks, hierarchies, and other complex data structures. Graph visualization tools ...

BioLayout Express 3D can currently render graphs of up to 30,000 nodes and 2–3 million edges using standard workstation hardware with a 3D accelerated graphics card.

To optimize 3D visualization performance in ROS-based environments, employing LOD is an effective method. It works by adjusting mesh complexity relative to their distance from the viewer or camera.

A force-directed layout works by applying two main types of forces to the nodes and edges of the graph: repulsive and attractive forces. Repulsive forces push the nodes away from each other ...

High-throughput imaging generates massive data sets that are difficult to quantitatively analyze by hand. Peng et al. describe customizable software for visualizing and working with multi-gigabyte ...

This project is about 3D graph visualization with WebGL. The aim of this project is to evaluate the possibilities of graph drawing in WebGL. It uses Three.js for drawing and currently supports a force ...