The 14th IASTED International Conference on Computer Graphics and Imaging - CGIM 2013

Key Topics

• Computer graphics and modelling
  applications, 3-d object extraction, computational geometry, artificial intelligence techniques, computer art, computer aided design, geometric algorithms, computer graphics, graphical modelling, geometric modelling, model validation, hair modelling, multi-resolution modelling, modelling of natural phenomena, solid modelling, physically-based modelling, surface reconstruction, surface modelling and texture models
• Animation
  animation languages, algorithms and techniques, applications, animation systems, behavioral animation, artificial intelligence and animation, collision detection, character animation, facial animation, computer animation, motion capture, human figure animation, particle systems, motion control and kinematics, robotics and animation, plausible motion simulation, virtual tours and virtual humans
• Imaging and image processing
  color imaging, acoustic imaging, digital imaging, computer vision, digital video, digital photography, hyper-spectral imaging, holographic imaging, image and pattern analysis, image acquisition techniques, image data management, image compression, image ontology, image manipulation, image segmentation, image quality, internet imaging, image synthesis techniques, multi-spectral imaging, medical imaging, remote sensing, pattern recognition, stereo vision, software languages and tools for imaging, wireless imaging and volumetric imaging
• Human-computer interaction
  collaborative system design, applications, education, design techniques, graphical interfaces, e-learning, interface software and tools, intelligent user interfaces, mobile interfaces, interfaces and agents, user requirements, speech recognition and web designing
• Visualization
  collaborative visualization, augmented reality, distributed visualization, computer games, human perception, graph and network visualization, real-time visual simulation, information visualization, virtual reality, scientific and mathematical visualization, visualization and knowledge discovery, visualization algorithms, visualization software and visualization of virtual objects
• Rendering
  image-based rendering, illumination models, parallel rendering, monti-carlo and finite element techniques, ray tracing, radiosity, volume rendering, rendering algorithms and systems

Who should Attend

Practitioners and researchers interested in the advances and applications of computer graphics and imaging.