Eurographics Partner Events

Eurographics DL Repository

Eurographics Partner Events

Recent Submissions

  • Band, Stefan; Gissler, Christoph; Peer, Andreas; Teschner, Matthias (The Eurographics Association, 2018)
    We propose a novel method to predict pressure values at boundary particles in incompressible divergence-free SPH simulations (DFSPH). Our approach employs Moving Least Squares (MLS) to predict the pressure at boundary ...
  • Dagenais, Francois; Guzman, Julián; Vervondel, Valentin; Hay, Alexander; Delorme, Sébastien; Mould, David; Paquette, Eric (The Eurographics Association, 2018)
    We propose an approach for real-time shallow water simulation, building upon the virtual pipes model with multi-layered heightmaps. Our approach introduces the use of extended pipes which resolve flow through fully-flooded ...
  • Pall, Pontus; Nylén, Oskar; Fratarcangeli, Marco (The Eurographics Association, 2018)
    We introduce a practical iterative solver for mass-spring systems which can be trivially mapped to massively parallel architectures, in particular GPUs.We employ our solver for the interactive animation of virtual cloth ...
  • Cattan, Grégoire; Andreev, Anton; Mendoza, Cesar; Congedo, Marco (The Eurographics Association, 2018)
    Thanks to the low price, the use of a head-mounted device (HMD) equipped with a smartphone is currently a common set-up for virtual reality (VR). Brain-computer interface (BCI) based on electroencephalography (EEG) is a ...
  • Li, Jing; Liu, Tiantian; Kavan, Ladislav (The Eurographics Association, 2018)
    Damping is an important ingredient in physics-based simulation of deformable objects. Recent work introduced new fast simulation methods such as Position Based Dynamics and Projective Dynamics. Explicit velocity damping ...
  • Enzenhöfer, Andreas; Andrews, Sheldon; Teichmann, Marek; Kövecses, József (The Eurographics Association, 2018)
    The trade-off between accuracy and computational performance is one of the central conflicts in real-time multibody simulations, much of which can be attributed to the method used to solve the constrained multibody equations. ...
  • Banks, Matthew K.; Hazel, Andrew L.; Riley, Graham D. (The Eurographics Association, 2018)
    This paper presents a novel software framework for quantitative validation of physically-based deformable models in computer graphics. In the majority of previous studies, validation is qualitative (through visual ...
  • Andrews, Sheldon; Erleben, Kenny; Jaillet, Fabrice; Zachmann, Gabriel (Eurographics Association, 2018)
  • Lee, Seunghwan; Mitchell, Nathan; Aanjaneya, Mridul; Sifakis, Eftychios; Lee, Jehee (ACM, 2017)
    We describe a controller with a fully integrated musculoskeletal model actuated by more than a hundred muscles. Inspired by a QP-based control algorithm, we improved the algorithm to control the volumetric muscles directly. ...
  • Usman, Muhammad; Haworth, Brandon; Berseth, Glen; Kapadia, Mubbasir; Faloutsos, Petros (ACM, 2017)
    We investigate how a person's perception of space in di erent visual modes relates to common computational spatial measures for environment designs. The three spatial measures, grounded in Space-Syntax analysis, are used ...
  • Jang, Deok-Kyeong; Lee, Sung-Hee (ACM, 2017)
    We present a novel framework that consists of two-level regressors for finding correlations between human shapes and landmark positions in both body part and holistic scales. To this end, we first develop pose invariant ...
  • Ibrahim, Zaid H. (ACM, 2017)
    This paper describes a new method to control changes in a character's form during exaggeration, through squash and stretch (SS). The Stretch-Engine is the result of this method, designed to be integrated into an existing ...
  • Seki, Shogo; Igarashi, Takeo (ACM, 2017)
    We propose a sketch-based method for posing a three-dimensional (3D) hair model that enables artists to create attractive hairstyles more easily and intuitively. The system takes partial contour drawings of a preferred ...
  • Weiss, Tomer; Litteneker, Alan; Jiang, Chenfanfu; Terzopoulos, Demetri (ACM, 2017)
    Exploiting the e ciency and stability of Position-Based Dynamics (PBD), we introduce a novel crowd simulation method that runs at interactive rates for hundreds of thousands of agents. Our method enables the detailed ...
  • Jeruzalski, Timothy; Fiume, Eugene; Jacobson, Alec; Levin, David I.W. (ACM, 2017)
    Methods to compress simulation data are invaluable as they facilitate efficient transmission along the visual effects pipeline, fast and efficient replay of simulations for visualization and enable storage of scientific ...
  • Kim, Yongsung; Choi, Myung Geol; Lee, Jehee (ACM, 2017)
    A marionett?e show is a play with the puppet controlled from above using wires by human. One ends of the wires are connected on di?erent joints of the marione?e, and the other ends are tied on a control stick. ?e marione?ist ...
  • Jin, Taeil; Kim, Meekyung; Lee, Sung-Hee (ACM, 2017)
    Applying motion capture data for multi-person interaction to virtual characters is challenging because one needs to preserve interaction semantics in addition to satisfying the general requirements for motion retargeting, ...
  • Verider, Benjamin; Andrews, Sheldon; Kry, Paul G. (ACM, 2017)
    We design a system to capture, clean, and segment a high quality database of hand based grasping and manipulation. We capture interactions with a large collection of everyday objects. Optical marker-based motion capture ...
  • Juarez-Perez, Alain; Kallmann, Marcelo (ACM, 2017)
    We present a methodology for synthesizing coordinated full-body motions in order to achieve autonomous virtual characters capable of interacting with the environment while walking. Starting with a parameterized walking ...
  • Ahlström, Eric; Holmqvist, Lucas; Goswami, Prashant (ACM, 2017)
    In this research the authors explore a hybrid approach which uses the basic concept of key frame animation together with procedural animation to reduce the number of key frames needed for an animation clip. The two approaches ...

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