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Tobias Rapp

Publications

Research in visualization, graphics, and GPU computing.

All publications

12 entries

  1. 01

    Image-based Visualization of Large Volumetric Data Using Moments opens in a new tab

    T. Rapp, C. Peters, C. Dachsbacher

    IEEE Transactions on Visualization and Computer GraphicsPublication

    Presented at IEEE PacificVis 2022; Best Paper Honorable Mention

    Official version for Image-based Visualization of Large Volumetric Data Using Moments, opens in a new tabAuthor version for Image-based Visualization of Large Volumetric Data Using Moments, opens in a new tabSupplementary document for Image-based Visualization of Large Volumetric Data Using Moments, opens in a new tabVideo for Image-based Visualization of Large Volumetric Data Using Moments, opens in a new tabCode for Image-based Visualization of Large Volumetric Data Using Moments, opens in a new tabProject page for Image-based Visualization of Large Volumetric Data Using Moments

  3. 03

    Visual Analysis of Large Multivariate Scattered Data using Clustering and Probabilistic Summaries opens in a new tab

    T. Rapp, C. Peters, C. Dachsbacher

    IEEE Transactions on Visualization and Computer GraphicsPublication

    Presented at IEEE VIS 2020

    Official version for Visual Analysis of Large Multivariate Scattered Data using Clustering and Probabilistic Summaries, opens in a new tabAuthor version for Visual Analysis of Large Multivariate Scattered Data using Clustering and Probabilistic Summaries, opens in a new tabSupplementary document for Visual Analysis of Large Multivariate Scattered Data using Clustering and Probabilistic Summaries, opens in a new tabVideo for Visual Analysis of Large Multivariate Scattered Data using Clustering and Probabilistic Summaries, opens in a new tabProject page for Visual Analysis of Large Multivariate Scattered Data using Clustering and Probabilistic Summaries

  5. 05

    Stochastic Volume Rendering of Multi-Phase SPH Data opens in a new tab

    M. Piochowiak, T. Rapp, C. Dachsbacher

    Computer Graphics ForumPublication
    Official version for Stochastic Volume Rendering of Multi-Phase SPH Data, opens in a new tabOpen access PDF for Stochastic Volume Rendering of Multi-Phase SPH Data, opens in a new tabVideo for Stochastic Volume Rendering of Multi-Phase SPH Data, opens in a new tabCode for Stochastic Volume Rendering of Multi-Phase SPH Data, opens in a new tabProject page for Stochastic Volume Rendering of Multi-Phase SPH Data

  7. 07

    Void-and-Cluster Sampling of Large Scattered Data and Trajectories opens in a new tab

    T. Rapp, C. Peters, C. Dachsbacher

    IEEE Transactions on Visualization and Computer GraphicsPublication

    Presented at IEEE VIS 2019

    Official version for Void-and-Cluster Sampling of Large Scattered Data and Trajectories, opens in a new tabAuthor version for Void-and-Cluster Sampling of Large Scattered Data and Trajectories, opens in a new tabSupplementary document for Void-and-Cluster Sampling of Large Scattered Data and Trajectories, opens in a new tabVideo for Void-and-Cluster Sampling of Large Scattered Data and Trajectories, opens in a new tabProject page for Void-and-Cluster Sampling of Large Scattered Data and Trajectories

  10. 10

    Analyzing Primary Breakup in Fuel Spray Nozzles by Means of Lagrangian-Coherent Structures

    T. F. Dauch, C. Ates, T. Rapp, M. C. Keller, G. Chaussonnet, J. Kaden, M. Okraschevski, R. Koch, C. Dachsbacher, H.-J. Bauer

    SPHERIC International WorkshopPublication

  11. 11

    Highly Efficient Computation of Finite-Time Lyapunov Exponents (FTLE) on GPUs Based on Three-Dimensional SPH Datasets opens in a new tab

    T. F. Dauch, T. Rapp, G. Chaussonnet, S. Braun, M. C. Keller, J. Kaden, R. Koch, C. Dachsbacher, H.-J. Bauer

    Computers & FluidsPublication
    Official version for Highly Efficient Computation of Finite-Time Lyapunov Exponents (FTLE) on GPUs Based on Three-Dimensional SPH Datasets, opens in a new tabProject page for Highly Efficient Computation of Finite-Time Lyapunov Exponents (FTLE) on GPUs Based on Three-Dimensional SPH Datasets

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