Supervised Projects/Theses

Postdocs/long-term visitors

• Peter Nordholt (March 2012 - July 2012)
• Jean Paul Degabriele (January 2012 - current)
• Raef Bassily (January 2012 - current)
• Vassilis Zikas (November 2010 - current)
• Hong-Sheng Zhou (August 2010 - current)
• Seung Geol Choi (September 2010 - current)
• Dominique Schroder (July-October, 2010; March 2011 - current)
• Lior Malka (September 2009 - August 2010)
• Ik Rae Jeong (September 2004 - August 2005)

PhD Theses, advisor

• Arkady Yerukhimovich (2011): A Study of Separations in Cryptography: New Results and New Models
• Dov Gordon (2010): On Fairness in Secure Computation
• Chiu-Yuen Koo (2007): Studies on Fault-Tolerant Broadcast and Secure Computation
• Omer Horvitz (2007): Expressiveness of Definitions and Efficiency of Constructions in Computational Cryptography
• Ruggero Morselli (2006): Lookup Protocols and Techniques for Anonymity

PhD Theses, committee member (selected)

• Raef Bassily (ECE): Alignment and Cooperation for Secrecy in Multi-User Channels
• Sirin Nitinawarat (ECE): Information-Theoretic Secret Key Generation: Structured Codes and Tree Packing
• Dave Levin: Systems-Compatible Incentives
• Seny Kamara (Johns Hopkins, Computer Science): Computing Securely with Untrusted Resources
• Min-Ho Shin: Fast, Scalable, Peer-to-Peer Lookup Services for Multi-Hop Wireless Networks
• Walid Gomaa: Model Theory and Complexity Theory
• Charles Clancy: Dynamic Spectrum Access in Cognitive Radio Networks
• Greg Bard (Applied Math): Algorithms for Solving Linear and Polynomial Systems of Equations over Finite Fields with Applications to Cryptanalysis
• Tsz Wo Sze: On Solving Univariate Polynomial Equations over Finite Fields and Some Related Problems

Master's Theses, advisor

• Julie Staub (Applied Math): An Analysis of Chaum's Voter-Verifiable Election Scheme
• Prathap Sridharan (Applied Math): A Survey of the Attack on MD5

Undergraduate Projects, advisor

• Paul Seymer: Implementation of an Efficient Password-Authenticated Key Exchange Protocol as a Browser Plug-in
• Daniel Ramsbrock: Magnetic Swipe Card System Security: A Case Study of the University of Maryland
  [Note: at the request of the University of Maryland Office of Information Technology, this is a redacted version of the original thesis which omits some details present in the original. Please contact me for further information.]