Schedule Part I

• Seeing by Looking
  • [notes] Outstanding Questions
  • [talks] Bio-3D-Vision Playlist
  • [slides] Seeing by Looking

• Historical Perspective
  • [notes] Active Retinal 3D Perception
  • [slides] AI Odyssey
• N-Surface Method
  • [notes] The N-Surface Method
  • [slides] N-Surface

• Multiview Computer Vision
  • [notes] Computer Vision Fundamentals
  • [slides] Computer Vision
• Stereo / 3D Reconstuction
  • [notes] Stereo
  • [slides] Binocular 3D Stereo

• The Eye
  • [notes] Physiology of Foveated Human Vision
  • [slides] The Eye
• View Movements
  • [notes] Eye Movements and Stereoscopic Perception
  • [slides] Eye Movements

• Bayesian Stereo Architecture
  • [notes] A Framework for Stereoscopic 3D Vision
  • [slides] BioEye Technical
• BioEye Experiment
  • [notes] Bio-Inspired Active Bayesian Stereo Architecture
  • [repo] Biological 3D Vision
  • [video] Demo
  • [slides] BioEye

• Foveated Rendering
  • [notes] Foveated Stereo Rendering in Blender
  • [repo] FOV Render
  • [video] Ray Tracing
  • [slides] Blender Cycles Render
• Scene Assets
  • [repo] W3D Scenes
  • [slides] Omnidirectional 3D Scenes

• F3D Vision Method
  • [notes] Active Foveal 3-D Vision
  • [slides] Playground Demo
• Foveal Vision Playground
  • [repo] Foveal Playground
  • [video] Demo
  • [slides] Greedy Foveal Architecture

• Landmarks & Key Decisions
  • [slides] Landmarks
• Directions to Explore
  • [slides] Directions

Copyright © Luiz Velho / Ricardo Motta