| Bio Unbound: Stuff Of Life |
Dancing
DNA |
Completed
in September 2007
DNA multi-user touch screen workbench allows users to learn the concept of Complimentary Base Pairing by manipulating and connecting nucleotides by hand. Interacting with the wall projection next to the workbench, users engage their entire body in exploring the concept of super coiling.
|
Completed
in July 2004
A video dance interpretation of chromosome movement is
accompanied by an animated computer visualization of cell
replication process. The resulting video is designed to
serve as a supplemental learning object for Biology 101
students studying DNA processes. (July, 2004) |
 |
 |
| |
|
| Jane: Diary of a Dinosaur |
|
Completed
in June 2005
Starting in January 2005, The Burpee Museum of Natural History, Rockford IL, The Advanced Computing Center for the Arts and Design (ACCAD) at The Ohio State University, and Engine Studios, Rockford IL collaborated on an IMLS funded project for Jane: Diary of a Dinosaur . ACCAD contributed computer animation and interactive touchscreen media for the exhibit which opened June 29, 2005 at the Museum.. |
3D
visualization for medical students learning about an inner
ear disorder known as Benign Paroxysmal Positional Vertigo
[BPPV].
|
 |
|
| |
|
| IBP |
VisionLab
Perception Model |
Completed
in 2002
Computer graphics and animation that gives students the
ability to “see” molecular interactions and
the biological concepts those interactions support. |
Completed
in 2002
A 3D computer model of a human head and teeth model for
use in studying human perception of tooth color. |
 |
 |
| |
|
| Mission
Medical Imaging |
Polyhedral
Branching |
MISSION
(Medical Imaging Support via Satellite Integrated Optical
Network), a feasibility study funded by ARPA that experimented
with the use of the NASA ACTS (Advanced Communication
Technology Satellite) gigabit satellite linkage combined
with supercomputing and graphic visualization power.
|
Completed
in 1995
A user friendly interface for modeling algorithm which
creates branching objects with 2-manifold surfaces as
polygon meshes. |
 |
 |
|
|
|
| Anatomy
Based Modelling |
Viento |
Anatomy-based
models of muscles.
|
The
Viento project integrated two large-scale simulation models
running on supercomputers in geographically disparate
locations, communicating using the NASA ACTS satellite.
|
 |
|
