underlined links to go to Subjects in Text
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A. Importance of eyes - How and why we see?
1. How we see
2. Why we see
B.
Optics and
image processing requirements in Biological eyes
1.
Brain intelligence
2.
Brain-guided eye platform
3.
Hardware and software interactions
4.
Eye arrangement for stereo vision
C. Optical system designs in Biological eyes
Chapter 2. Biological Eye Designs
I. Multiple sensor types and combinations of types
Chapter 3. Eye Design Illustrations
A.
Plant light sensing
1. Grass,
simple vines, and
stems
2. Flowers
B.
Lower animal eyes
1.
Flatworms
2. Clams and
Scallops
3. Nautilus
4. Shrimp
5. Crab
6. Octopus
and giant squid
7. Spiders
8.
Scorpions
C.
Insect eyes
1. Bees
2.
Dragonflies
3.
Butterflies
4.
Flies
5. Ants
6. Moths
7. Beetles
8.Wasp
D. Fish
eyes
1. Shark
2. Flounder
3. Four-eyed
fish
E.
Amphibian eyes
1.
Frog
2.
Salamander
F.
Reptile eyes
1.
Boa
constrictor
2.
Rattle
snake
3.
Lizard
4.
Turtle
5.
Crocodile and alligators
G. Bird
eyes
1.
Eagles
2.
Hummingbirds
3.
Owls
4.
Ostrich
5.
Cormorants
H.
Mammal eyes
1.
Whales
2.
Elephants
3.
Lions,
tigers, and other cats
4.
Monkeys
5.
Rats
and mice
6.
Bats
7.
Tarsier
A. General requirements
1. Optical, computing and intelligence requirement
2. Design for reproduction
3. Physical development requirements
B.
Optical design and integration
1.
Optical
design issues
2.
Programming issues relative to probability
3.
Original intelligence issues
C.
Design control
1.
Control
of cell complexity
2.
The
DNA plan for control of cell integration
D. Questions and comments on evolution related to eye reproduction
Chapter 5. Optical Systems Design
B.
Manufactured optics
1.
Astronomy and surveillance
2.
Stable platform for optical systems
3.
Robotic camera applications
4.
Flying robotics
5.
Microscope and endoscopic applications
6.
New
technologies to see building blocks of cells
C. Present vision system technology approaches toward artificial eye development
D. Integration of mans technology with biological eyes
A. Eye
design evidence
1.
Specific designs for specific needs
a.
Camera
b.
Pinhole
c.
Concave mirror
d.
Apposition
e.
Neural
superposition
f.
Refraction superposition
g.
Reflection superposition
h.
Parabolic superposition
2.
Additional design discussion
3.
Intelligence in development of building blocks of life
4.
Comparison with mans vision system design
5.
Lack
of intelligent design in evolutionary theory
B. Eye
integration design evidence
1.
Eye
integration with brain
2.
Eye
integration with other parts of body
3.
Integrated vision growth
4.
Embedded programming of automatic vision functions
5.
Using
vision integration technology to control animals as robots
C.
Design evidence
1.
New discoveries relative to vision system design
2.
Optical design themes
3.
Belief
in a world system designer
Link to Table of All Figures
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Curt
Deckert
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