This course is the first of a two-quarter sequence that provides the
student with a basic understanding
of the scientific principles associated with electromagnetic radiation
propagation, image capture and
formation, and image processing used to reproduce or display images.
The first part of this course
focusses on the image capture stage of the image chain. The fundamentals
of the interaction between
light and matter are covered. These concepts are then used to understand
the operation and limitation
of detectors, including charge-coupled devices, and conventional film.
The latter part of the course
focusses on the image display stage of the image chain. Both mean level
and spatial properties are
discussed. The final part of the course ties together the basic principles
covered and uses these to
understand system design optimization.
Lecture | Topic |
|
introduction, atomic structure |
|
atomic structure |
|
molecular structure |
|
molecular structure |
|
interaction between light & matter, solids |
|
crystalline solids |
|
review for exam # 1 |
|
exam # 1 |
|
radiometry |
|
detectors, sensitometry |
|
digital imaging |
|
film imaging |
|
optical properties of displayed images, densitometry |
|
tone reproduction analysis |
|
review for exam # 2 |
|
exam # 2 |
|
image microstructure |
|
image microstructure |
|
image noise |
|
image noise, system optimization and comparison |