Topics include:

• Applications of stereoscopic displays
  especially novel applications and user trials of existing applications. Application areas include: games, scientific visualization, medical imaging, television, entertainment, communications, training, CAD, molecular modeling, teleoperation, telepresence, industrial inspection, advertising, and stereoscopic visualization for 3D reconstruction and 3D printing
• Advances in true 3D display technologies
  including autostereoscopic displays of all types: high-density multi-view displays, volumetric displays, light-field displays, ‘spatially-multiplexed’ displays (e.g. lenticular, barrier, integral imaging), 'temporally-multiplexed' displays (e.g. active shutter, view-scanning, steered backlights), multi-projector displays, mobile 3D displays, 3D tablets, stereoscopic projection, and electro-holography
• Stereoscopic Systems design
  
  • for teleoperation, telerobotics, telesurgery, virtual reality, augmented reality, mobile devices, game systems, consumer and professional broadcast, content delivery and interaction technologies
  • system performance, crosstalk, brightness, viewing freedom
• Stereoscopic 3D digital cinema including production, presentation, and case studies
• Stereoscopic imaging
  
  • image processing and compression of stereoscopic imagery
  • 3D image quality, image alignment and depth range analysis
  • stereoscopic and multi-view computer graphics, including gaming
  • stereoscopic image synthesis: 2D to 3D conversion, depth map generation, multi-viewpoint generation
  • software and hardware issues for computer display of stereoscopic images
• 3D image acquisition and generation techniques
  
  • Single- and multi-lens camera systems, light-field cameras
  • Motion parallax, volume projection, graphical construction, computer graphics, computational photography, and other stereoscopic image generation techniques
  • Generation of novel viewpoints, light-field rendering.
  • Guidelines for stereoscopic content development.
• Human factors and user-interface issues
  
  • Task performance comparisons between stereoscopic and non-stereoscopic displays
  • Evaluation methodologies e.g., depth-acuity measurement and task-performance
  • Perceptual and cognitive guidelines
  • Ortho-stereo, hyper-stereo, and the geometry of 3D perceptual space.