EuroVisShort2016: Recent submissions

Now showing items 21-26 of 26

    • Visualizing Flow Fields Using Fractal Dimensions 

      Shen, Han-Wei; Vasko, Ross; Wenger, Rephael (The Eurographics Association, 2016)
      Streamlines are a popular way of visualizing flow in vector fields. A major challenge in flow field visualization is selecting the streamlines to view. Rendering too many streamlines clutters the visualization and makes ...

    • LMML: Initial Developments of an Integrated Environment for Forensic Data Visualization 

      Boussejra, Malik Olivier; Adachi, Noboru; Shojo, Hideki; Takahashi, Ryohei; Fujishiro, Issei (The Eurographics Association, 2016)
      Fighting against crime is paramount to any society, maybe more today than ever before. Tools to fight and elucidate crime are rooted in forensic science. Through the autopsy of a body, we can answer a whole range of questions ...

    • Error Estimates for Lagrangian Flow Field Representations 

      Hummel, Mathias; Bujack, Roxana; Joy, Kenneth I.; Garth, Christoph (The Eurographics Association, 2016)
      Computing power outpaces I/O bandwidth in modern high performance computers, which leads to temporal sparsity in flow simulation data. Experiments show that Lagrangian flow representations (where pathlines are retrieved ...

    • Crystal Glyph: Visualization of Directional Distributions Based on the Cube Map 

      Tong, Xin; Zhang, Huijie; Jacobsen, Chris; Shen, Han-Wei; McCormick, Patrick (The Eurographics Association, 2016)
      High resolution simulations are capable of generating very large vector fields that are expensive to store and analyze. In ad- dition, the velocity fields generated from some particle simulations are not stored on spatial ...

    • EuroVis Short Papers 2016: Frontmatter 

      Enrico Bertini; Niklas Elmqvist; Thomas Wischgoll (Eurographics Association, 2016)

    • Analysis of Error in Interpolation-Based Pathline Tracing 

      Chandler, Jennifer; Bujack, Roxana; Joy, Kenneth I. (The Eurographics Association, 2016)
      Chandler et al. [COJ15] presented interpolation-based pathline tracing as an alternative to numerical integration for advecting tracers in particle-based flow fields and showed that their method has lower error than a ...