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Ali, Nawab
Baltosser, William H
Bayrak, Coskun
Beger, Richard
Benes, Helen
Berleant, Dan
Bowyer, John F
Bruhn, Russel
Bush, John
Chan, Yupo
Chiang, Chia-Chu
Compadre, Cesar
Dagtas, Serhan
Mock, Donald
Nagarajan, Radhakris
Patterson, Tucker
Pidugu, Srikanth B
Pierce, Elizabeth M
Preissl, Hubert T
Ramaswamy, Srinivasa
Reis, Robert J S
Seker, Remzi
Simpson, Pippa
Slikker, William
Soulsby, Sr., Michae
Suva, Larry
Tang, Peiyi
Thompson, Gary A
Tong, Weida
Tudoreanu, M Eduard
Vanbiervliet, Alan G
Wigand, Rolf T
Xu, Xiaowei
Zhang, Jianjun
Zhou, Yi-Hong
Darsey, Jerry A
Elsalloukh, Hassan
Epstein, Joshua
Eswaran, Hari
Fuscoe, James C
Gealt, Michael A
Govindan, Rathinaswa
Gray, Wayne L
He, Qingfang
Iqbal, Kamran
Jennings, Steven F
Jo, Chan-Hee
Kane, Cynthia (Cindy
Kaufmann, Eric R
Kieber-Emmons, Thoma
Light, Kim
Liu, Xian
Lowery, Curtis L
Luba, James
Ma, Xiaodong
Milanova, Mariofanna
Ounpraseuth, Songthi
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Dr. M Eduard Tudoreanu
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Assistant Professor of Information Science
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| Affiliation |
UALR Cybercollege |
| Office |
ETAS 381A |
| Email |
metudoreanu AT ualr.edu |
| Website |
http://ifsc.ualr.edu/metudoreanu |
| Phone |
501-683-7268 |
| Mail |
Department of Information Science 2801 S. University Ave.
Little Rock, Arkansas 72204 |
| Core Areas |
- Bioinformatics
- Information science
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| Research Areas |
At a glance, my research is in information visualization, human-computer interaction (HCI), virtual reality (VR), and secondarily, in distributed and grid computing. The primary focus of my research is in using visualizations to gain insight into abstract information. Such information usually does not have a clear geometrical representation, may be highly dimensional, may be large, and may have no clear mathematical model to help in its understanding. I am particularly interested in data that changes over time, and that can be better represented through animated graphics. The visualizations in my research are interactive and I seek to design tools that support the discovery process of new properties of the data. To this end, my research in HCI is in interactions that are powerful, yet can be seamlessly performed by a user directly on the visualization to be created or refined. Virtual reality and powerful, immersive displays that allow users to submerge into the visualization of their data are some of the avenues I explore to create more powerful graphical representations. To better extract properties from information that is large and spread out, I have been working briefly in the area of distributed, or grid, computing.
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