Defense Presentation

• Thesis Introduction (animated PPT 58 MB; static PDF with notes 3.6MB)

Printed Material

• Thesis (PDF, 23.5 MB); more info
• Thesis Supplement (PDF, 77.6 MB); more info

Animations

• Chapter 2: Filling-in for colour homogeneity
• Chapter 3: Filling-out for trans-saccadic integration
• Chapter 4: Filling-in after brief stimuli
• Chapter 5: Filling-in the blind-spot
• Appendix A: Filling-in for anorthoscopic perception
• Appendix B: Filling-in the foveal blue scotoma
• Appendix C: Filling-in during blinks
• Appendix D: Filling-in from imagination

This online repository contains test results in a compact animated format which exhibits qualitative behaviour. There is one web page for each of the eight cognitive models described in a thesis titled “A Unified Cognitive Model of Visual Filling-In Based on an Emergic Network Architecture“. The supplement contains these results in a frame-by-frame format suitable for quantitative analysis and print publication. The thesis contain extracts from the frame-by-frame account. The supplement additionally contains the parameters that define the computational test subjects and stimuli.

Citation:

Leibovitz, D.P. (2012) A Unified Cognitive Model of Visual Filling-In Based on an Emergic Network Architecture – Animated Test Results. http://emergic.upwize.com/?page_id=26