Media Summary: With large scientific and medical datasets, visualization tools have trouble maintaining a high enough frame-rate to remain ... Presentation at the first in-person workshop of GloBIAS in November 2024 in Gothenburg, Sweden. Part of the session Bioimage ... Supplementary video for the paper: Bas van der Heijden,

Robert Haase Gpu Accelerated 3d - Detailed Analysis & Overview

With large scientific and medical datasets, visualization tools have trouble maintaining a high enough frame-rate to remain ... Presentation at the first in-person workshop of GloBIAS in November 2024 in Gothenburg, Sweden. Part of the session Bioimage ... Supplementary video for the paper: Bas van der Heijden, David Glowacki University of Bristol This seminar series features dynamic professionals sharing their industry experience and ... Stéphane Rigaud, Image Analysis Hub, C2RI, Institut Pasteur, Paris, France; This talk gives a quick insight into CLIJ and how it delivers image processing techniques specifically for the life sciences, for ...

To help make training more accessible, a team of researchers from

Photo Gallery

Robert Haase - GPU-accelerated 3D image processing for everyone - Imaging ONEWORLD
The Virtual Pub: Robert Haase, TU Dresden, on "GPU-accelerated image analysis in Fiji and Napari"
GPU Accelerated Isosurface Volume Rendering Using Depth Based Coherence - Siggraph Asia 2009
Training computational skills in the Age of AI by Robert Haase
REX: GPU-Accelerated Sim2Real Framework with Delay and Dynamics Estimation (TMLR 2025)
Stanford Seminar - A GPU-Accelerated Software Framework for using 3D Depth Sensor Data
Robert Haase’s talk on How Generative Artificial Intelligence Impacts BioImage Data Science
clEsperanto : A unified architecture for GPU-accelerated image processing library
CLIJ: GPU-accelerated image processing for the life sciences
Research at NVIDIA: GPU-Accelerated Robotic Simulation for Distributed Reinforcement Learning
View Detailed Profile
Robert Haase - GPU-accelerated 3D image processing for everyone - Imaging ONEWORLD

Robert Haase - GPU-accelerated 3D image processing for everyone - Imaging ONEWORLD

"

The Virtual Pub: Robert Haase, TU Dresden, on "GPU-accelerated image analysis in Fiji and Napari"

The Virtual Pub: Robert Haase, TU Dresden, on "GPU-accelerated image analysis in Fiji and Napari"

At this week's Virtual Pub,

GPU Accelerated Isosurface Volume Rendering Using Depth Based Coherence - Siggraph Asia 2009

GPU Accelerated Isosurface Volume Rendering Using Depth Based Coherence - Siggraph Asia 2009

With large scientific and medical datasets, visualization tools have trouble maintaining a high enough frame-rate to remain ...

Training computational skills in the Age of AI by Robert Haase

Training computational skills in the Age of AI by Robert Haase

Presentation at the first in-person workshop of GloBIAS in November 2024 in Gothenburg, Sweden. Part of the session Bioimage ...

REX: GPU-Accelerated Sim2Real Framework with Delay and Dynamics Estimation (TMLR 2025)

REX: GPU-Accelerated Sim2Real Framework with Delay and Dynamics Estimation (TMLR 2025)

Supplementary video for the paper: Bas van der Heijden,

Stanford Seminar - A GPU-Accelerated Software Framework for using 3D Depth Sensor Data

Stanford Seminar - A GPU-Accelerated Software Framework for using 3D Depth Sensor Data

David Glowacki University of Bristol This seminar series features dynamic professionals sharing their industry experience and ...

Robert Haase’s talk on How Generative Artificial Intelligence Impacts BioImage Data Science

Robert Haase’s talk on How Generative Artificial Intelligence Impacts BioImage Data Science

This one-hour talk by

clEsperanto : A unified architecture for GPU-accelerated image processing library

clEsperanto : A unified architecture for GPU-accelerated image processing library

Stéphane Rigaud, Image Analysis Hub, C2RI, Institut Pasteur, Paris, France;

CLIJ: GPU-accelerated image processing for the life sciences

CLIJ: GPU-accelerated image processing for the life sciences

This talk gives a quick insight into CLIJ and how it delivers image processing techniques specifically for the life sciences, for ...

Research at NVIDIA: GPU-Accelerated Robotic Simulation for Distributed Reinforcement Learning

Research at NVIDIA: GPU-Accelerated Robotic Simulation for Distributed Reinforcement Learning

To help make training more accessible, a team of researchers from