Susan Hohenberger

Assistant Professor
Department of Computer Science
Whiting School of Engineering
The Johns Hopkins University

Microsoft New Faculty Fellow

Email:
Phone:
Mail:



 susan /at/ cs.jhu.edu
410-516-6718
JHU Information Security Institute
3400 N. Charles Street
Wyman Park Bldg Rm 419
Baltimore, MD 21218
 News
Spring 2009: I am a Visiting Scholar at the University of Texas at Austin. The best way to reach me is my Hopkins email.

Short Bio
My research interests are in cryptography, computer security, algorithms, and complexity theory.

Education: PhD from MIT (2006); S.M. from MIT (2003); B.S. from The Ohio State University (2000).
Advisors: Ronald L. Rivest (PhD and S.M.) and Bruce Weide (B.S.)

Research
My research publications are available online.
The PRL code (proxy re-cryptography libraries) are also available online.

Teaching
600.471 Theory of Computation -- Fall 2009
600.642 Advanced Topics in Cryptography -- Fall 2008
600.471 Theory of Computation -- Fall 2008
600.472 Theoretical Cryptography -- Spring 2008
600.471 Theory of Computation -- Fall 2007
600.641 Special Topics in Theoretical Cryptography -- Spring 2007

Program Committee Member
CRYPTO 2010 (Santa Barbara, California on August 15-19, 2010)
TCC 2010 (Zurich, Switzerland on February 9-11, 2010)
CRYPTO 2008 (Santa Barbara, California on August 17-21, 2008)
ICALP 2008 (Reykjavik, Iceland on July 7-11, 2008)
IEEE Security and Privacy 2008 (Oakland, California on May 18-21, 2008)
CT-RSA 2008 (San Francisco, California on April 8-11, 2008)
TCC 2008 (New York, New York on March 19-21, 2008)
PET 2007 (Ottawa, Canada on June 20-22, 2007)
ACNS 2007 (Zhuhai, China on June 5-8, 2007)

Current and Past Students
Jae Hyun Ahn, PhD Candidate
Matthew Green, PhD Thesis, Fall 2008
Rebecca Shapiro, Masters, Spring 2009
Jennifer Lindsay, Masters Thesis, Spring 2008
Karyn Benson, Masters Project, Spring 2008

Research Funding
I gratefully acknowledge the financial support of the National Science Foundation and Microsoft Research.
My graduate studies were supported primarily by a National Defense Science and Engineering Graduate Fellowship with some help from a Google Anita Borg Memorial Scholarship.