| Course |
Call No. |
Description |
Instructor |
| CIS 694G: Survey of Computer Graphics |
694G: 19348-4
(major-only)
694M: 19349-0
(note: if you
take summer
694M, then
see Peg Steele
for permission
to take 694M
in Autumn)
|
This is a prototype for a new course surveying computer graphics.
If successful, it will become CIS581.
It contains more practical information which should prove more useful
to the student who might take only one class in graphics as well as the student who wants a broader introduction to the field of computer graphics.
It covers and uses the OpenGL library for 3D graphics.
It is also a good introduction to the sequence on 3D graphics rendering, CIS 681 - CIS 781.
|
Han-Wei Shen (hwshen@cis.ohio-state.edu)
|
| CIS 694F: Computer Animation |
19230-6
|
This is a prototype for a new course in Computer Animation.
It is intended for anyone who has taken at least one course in computer graphics (e.g., CIS 681 or CIS 781).
It has been modified from the course on computer animation which has been taught as CIS 788.14D in the past.
|
Rick Parent (parent@cis.ohio-state.edu)
|
| CIS 781: Introduction to 3D Image Generation |
04778-5
M: 04779-1
|
This is unchanged from previous offerings.
|
Raghu Machiraju (raghu@cis.ohio-state.edu)
|
| CIS 788.14U: Sample Based Shape Modeling |
04784-0
|
Given a set of discrete samples derived
from the boundary of an object,
a surface interpolating the sample points needs to be computed.
This generic problem arises in a number of applications
such as data visualization, medical imaging, molecular modeling,
car industries, machine tool manufacturing and so on.
There are number of issues that need a synergetic effort
from mathematical disciplines such as topology and differential geomtry
and computational disciplines such as computational geometry
and numerical analysis. We go over these issues as listed below
with current research results including ours and discuss open questions.
|
Tamal Dey (tamaldey@cis.ohio-state.edu)
|