RESEARCH FUNDING
- Mimir: A Geometric Approach to Multi-dimensional Program
Profiling Architectures. $300,000.
National Science Foundation Grant [2007-2010].
Co-PI with Tim Sherwood.
- WN: Real-time Spectrum Auctioning through Distributed Coordination.
$100,000.
National Science Foundation Grant [2007-2008].
Co-PI with Heather Zheng.
- Lightweight Monitoring Tools for Sensor Networks. $600,000.
National Science Foundation Grant [2006-2009].
Co-PIs: Leonidas Guibas (Stanford) and Ramesh Govindan (USC).
- Geometric Approaches to Ad Hoc and Sensor Networks.
$20,000.
National Science Foundation Grant for workshop support [2006].
- Geometric Computing over Distributed and Streaming Data.
$300,000.
National Science Foundation Grant [2005-2008].
- Information Processing in Sensor Networks.
$210,000.
(with Divy Agrawal and Ambuj Singh)
Army Research Office and Institute for Collaborative Biotechnologies.
[2005-2006].
- Research Experience for Undergraduates. $6000.
National Science Foundation Grant [2005-2006].
- Information Processing Architecture for Sensor Networks.
$203,000.
(with Divy Agrawal and Ambuj Singh)
Army Research Office and Institute for Collaborative Biotechnologies.
[2004-2005].
- Research Experience for Undergraduates. $6000.
National Science Foundation Grant [2004-2005].
- Foundations of Electronic Marketplaces:
Game Theory, Algorithms & Systems. $2,800,000.
National Science Foundation ITR Grant [2001-2006].
Collaborating investigators: Tuomas Sandholm and Avrim Blum (CMU),
Ming Kao, Mark Satterthwaite, Rakesh Vohra (Northwestern).
- Geometric Problems in Graphics, Databases, and
Networking, $210,128.
National Science Foundation, [1999-2003]
- Fast and Scalable Layer Four Switching, $965,353.
(with George Varghese and Jonathan Turner).
NSF Special Projects in Networking Research [1998-2002]
- Efficient Fair Queuing and Load Balancing, $285,000.
(with George Varghese).
National Science Foundation [1996-2000].
- Effective Visual Presentation of Computer Generated Information
$130,728
(with G.-C. Roman, P. M. Hubbard and E. T. Kraemer).
NSF Instrumentation Grant [1997-1998].
- Approximation Algorithms in Computational Geometry, $100,300.
National Science Foundation [1995-1998].
- REU supplement grant, $5000. NSF [1996].