Projects

Current research and development projects:

• Tera-tomo: Tomography reconstruction for PET on the GPU (Mediso, Medical Imaging Systems)
• GPGPU applications for CUDA (nVidia Academic Program)
• Digital Shape Reconstruction Based on Measured Data (Geomagic)
• Physical Simulation and Inverse Problems on GPU (OTKA K–104476)
• Zebra Danio toxiticy test evaluation with image processing
• 3D reconstruction on mobile devices
  
• Real-time depth image processing on GPUs (Zinemath)
• 3D machine vision in search engines (Clawar)

Previous projects:

• Non-photorealistic rendering for Motion Picture (Lichthof Productions)
• Virtual worlds based on analogies (TÁMOP)
• Simulation-rendering of virtual worlds (OKTA K-719922)
• Medical Visualization (TÁMOP)
• Scalable visualization techniques  (Hewlett-Packard High Performance Computing Division)
• GameTools FP6 (IST-2-004363): Tools for realistic gaming environments
• OKTA T042735: Real-time Global Illumination in Games
• Real-time Global Illumination (Intel Research)
• ITKA 00159/2002: Virtual colonoscopy system development (SOTE, Radiológiai Klinika)
• OPV5: Object Oriented Process Visualization Development System (MÁV)
• OKTA T029135: High-speed Global Illumination Rendering Algorithms
• IKTA-KÉPI: Photorealistic Image Synthesis for CAD (Graphisoft)