| |
General
|
|
|
Levels
of vision
|
---
A
brief
introduction to my field
of research |
|
Marr's
levels
|
---
Complementary
descriptions of
information processing |
|
Research
cycles
|
---
How to evaluate theories and models |
|
Metaphors
of cognition
|
---
The dynamics versus computation debate is moot |
|
SIT
overview
|
---
Structural
information theory and
its applications |
|
Structural Information Theory
|
--- Empirically oriented book on perceptual organization |
|
Simplicity in Vision
|
--- Theoretically oriented book on perceptual organization |
|
Schiphol
tunnel
|
---
The
role of
simplicity in
everyday vision |
|
Glossary
|
---
Novel terms and
the concepts they
stand for
|
|
Visual
regularity
|
---
Lecture on
my theoretical work (handout) (pdf) |
|
Kaleidoscope
|
---
A class of "arresting" motion and
velocity illusions |
| Simplicity versus
likelihood |
|
Occam
versus von Helmholtz
|
---
The Bayesian duality of
simplicity and
likelihood |
|
Everyday
perception
|
---
More easily modeled than understood |
|
Object
versus viewer
|
---
Viewpoint independencies and viewpoint dependencies |
|
T-junctions
|
---
Cues for
segmentation rather than
for occlusion |
|
Bertrand's
paradox
|
---
Structural descriptions precede probabilities |
|
Test
your intuition
|
---
Three riddles
about probabilities |
| The holographic
approach |
|
Tigers
and flowers
|
--- A
popular story on visual regularity (in
Dutch) |
|
The
origin of visual regularities
|
---
Evolutionary considerations |
|
The
nature of visual regularities
|
---
Mathematical synopsis of holographic regularity (pdf) |
|
Symmetry
perception
|
---
Detectability by weight of evidence |
|
Symmetry processing
|
---
Detection by bootstrapping |
|
Perceptual
organization
|
---
The role of visual regularities in vision |
| Distributed
representations |
|
Smart
processing
|
---
Forms of (cognitive) processing |
|
Slimy,
Hilly, and Pixy
|
---
Natural examples of parallel distributed processing |
|
Pencil
selection
|
---
Natural example of transparallel processing |
|
Hyperstrings
|
--- One
string to recode many strings in one go |
|
Hyperstring
proofs
|
---
Mathematical basis of transparallel recoding (pdf) |
|
Cognitive
architecture
|
---
The neural signature of transparallel processing |
Peter
A. van der Helm 
