| Dr. Christian Poellabauer |
Wireless networks and communication, mobile computing, real-time systems,
distributed systems, sensor networks, ad-hoc and mesh networks, energy-efficient
systems, operating systems. |
| Dr. Aaron Striegel |
Computer networks, wireless communications, security, real-time
systems, Quality-of-Service, efficiency of communications. |
| Dr. Sharon Hu |
Real-time embedded systems, wireless real-time systems, low-power
system design, hardware-software codesign, nano-scale computing. |
| Dr. J. Nicholas Laneman |
Wireless communications and networking, information theory,
detection and estimation theory, software-defined radios. |
| Dr. Douglas Thain |
Cooperative computing, distributed computing, operating systems,
file and storage systems, grid computing, compilers and languages. |
| Dr. Nitesh Chawla |
Machine learning, data mining, learning in mobile environments,
intelligent scientific visualization, biometrics, bioinformatics. |
| Dr. Patrick Flynn |
Biometrics, computer vision, image processing, mobile systems and
applications, geometric modeling. |
| Dr. Karel Matous |
Computational mechanics and physics, computational materials science,
modeling of complex systems, high-performance parallel computing. |
| Dr. Timothy Wright |
Center for Research Computing, mobile systems, privacy and security. |
| Vincent Aguirre |
DePauw University |
Socio-Technical Systems: Proximity Measurements |
| Spencer Carroll |
Emory University |
mHealth Services |
| Emily Bichler |
DePauw University |
Mobile Privacy |
| Elizabeth Caldwell |
St. Mary's College |
Mobile Visualization of CT Scan Images |
| Andrew Dammann |
Villanova University |
Remote High-Performance Simulations |
| Ahmed El-Kishky |
The University of Tulsa |
Remote High-Performance Simulations |
| Joseph Fetsch |
University of Notre Dame |
Wii-Based Education |
| Lyle Franklin |
Ball State University |
Socio-Technical Systems: Data Collection and Analysis |
| Kathryn Glowinski |
St. Lawrence University |
Mobile Privacy |
| Willem Klein |
University of Notre Dame |
eHealth Services |
| David Lopes |
University of Notre Dame |
Colorimetric Analysis of Test Strips |
| Anthony Maher |
University of Notre Dame |
eHealth Services |
| Rebecca Negley |
University of Pittsburgh |
Wii-Based Health Care |
| Curtis Northcutt |
Vanderbilt University |
Wii-Based Health Care |
| Kishore Rathinavel |
Indian Institute of Technology |
Colorimetric Analysis of Test Strips |
| Gregory Reilly |
University of Notre Dame |
mHealth Services |
| Miya Schneider |
Brown University |
Socio-Technical Systems: Data Collection and Analysis |
| Samuel Suddath |
Auburn University |
Wii-Based Education |
| Zachary Welch |
Clemson University |
Socio-Technical Systems: Proximity Measurements |
| Greg Angle |
University of Notre Dame |
Wireless Mesh Network Video Surveillance |
| Curtis Carmony |
Bard College |
User Activity Monitoring on Smart Phones |
| Sarah Chasins |
Swarthmore College |
Ambient Sensing Using Smart Phones |
| Carolyn Farris |
University of Portland |
Ambient Sensing Using Smart Phones |
| Joksan Flores |
Universidad del Turabo |
Cooperative Mapping and Assessment using Smart Phones |
| Chris Holguin |
University of Notre Dame |
Wireless Mesh Network Video Surveillance |
| Paul Monroe |
University of Pittsburgh |
Cooperative Mapping and Assessment using Smart Phones |
| John Ndungu |
University of Arkansas |
A Testbed for Wireless Sensor Network Applications |
| Seth Ringling |
Harding University |
WiiLab Development |
| Michael Schermerhorn |
University of Rochester |
A Testbed for Wireless Sensor Network Applications |
| Brandon Shrewsbury |
University of West Georgia |
WiiLab Development |
| Justin Varner |
Penn State University |
User Activity Monitoring on Smart Phones |
| Solomon Adeyemi |
Morehouse College |
Microsoft Surface Development |
| Eric de Araujo |
Bethel College |
Buddy Tracker on iPod Touch |
| Joshua Bradley |
Morehead State University |
Mobile Network Management |
| Noheliz Carrion |
University of Puerto Rico |
Remote Network Management |
| Yashira Colon |
University of Puerto Rico |
Building and Using RSSI Map of a Campus |
| Elena Fiocca |
College of Wooster |
In-Network Video Processing |
| Omari Holtz |
Morehouse College |
Microsoft Surface Development |
| Nicholas Keller |
University of Maryland, Baltimore County |
In-Network Video Processing |
| David Mittelman |
University of Connecticut |
Mobile Network Management |
| Chelsea Norman |
University of Mississippi |
Remote Network Management |
| Mark Overholt |
Bradley University |
WiiLab Development |
| Sam Tucker |
Carleton College |
Building and Using RSSI Maps of a Campus |
| Simon Zhang |
Cornell University |
WiiLab Development |
| Xi Zhang |
Humboldt State University |
Building and Using RSSI Maps of a Campus |
| Emmanuel Bello-Ogunu |
University of Notre Dame |
Development and Study of Ad-Hoc Routing Protocols |
| Jordan Brindza |
University of Pennsylvania |
Wiimote Interactions for Freshman Engineering Education |
| Joe Hof |
University of Notre Dame |
Accelerated Media Streaming for Home Networks |
| Brendan McNutt |
University of Notre Dame |
Real-Time Analysis of Crew Team Performance |
| Sean McRoskey |
University of Notre Dame |
Knowledge Discovery and Mining in Mobile Environments |
| Marcin Morys |
University of Notre Dame |
Software-Defined Radios |
| James Notwell |
University of Notre Dame |
Knowledge Discovery and Mining in Mobile Environments |
| Matthew Shott |
Hope College |
Content Sharing Applications and Protocols on Smartphones |
| Michael Souza |
Longwood University |
Cooperative Local Retransmission in Wireless Networks |
| Wesley Sun |
University of Louisiana |
Cooperative Local Retransmission in Wireless Networks |
| Jessica Szweda |
Centre College |
Wiimote Interactions for Freshman Engineering Education |
| Andrew Thrasher |
Anderson College |
Content Sharing Applications and Protocols on Smartphones |
| Damian Torres |
University of Puerto Rico |
Development and Study of Ad-Hoc Routing Protocols |
| Matthew Tran |
University of Connecticut |
Development and Study of Ad-Hoc Routing Protocols |
