2009 |
19 | EE | Ioannis Caragiannis,
Jason A. Covey,
Michal Feldman,
Christopher M. Homan,
Christos Kaklamanis,
Nikos Karanikolas,
Ariel D. Procaccia,
Jeffrey S. Rosenschein:
On the approximability of Dodgson and Young elections.
SODA 2009: 1058-1067 |
2008 |
18 | EE | Jason A. Covey,
Christopher Homan:
A $O(\log m)$, deterministic, polynomial-time computable approximation of Lewis Carroll's scoring rule
CoRR abs/0804.1421: (2008) |
17 | EE | Christopher M. Homan,
Sven Kosub:
Dichotomy Results for Fixed Point Counting in Boolean Dynamical Systems
CoRR abs/0812.0283: (2008) |
2007 |
16 | | Sven Kosub,
Christopher M. Homan:
Dichotomy Results for Fixed Point Counting in Boolean Dynamical Systems.
ICTCS 2007: 163-174 |
15 | EE | Lane A. Hemaspaandra,
Christopher M. Homan,
Sven Kosub:
Cluster computing and the power of edge recognition.
Inf. Comput. 205(8): 1274-1293 (2007) |
14 | EE | Lane A. Hemaspaandra,
Christopher M. Homan,
Sven Kosub,
Klaus W. Wagner:
The Complexity of Computing the Size of an Interval.
SIAM J. Comput. 36(5): 1264-1300 (2007) |
2006 |
13 | EE | Christopher Homan,
Andrew Pavlo,
Jonathan Schull:
Smoother Transitions Between Breadth-First-Spanning-Tree-Based Drawings.
Graph Drawing 2006: 442-445 |
12 | EE | Christopher M. Homan,
Lane A. Hemaspaandra:
Guarantees for the Success Frequency of an Algorithm for Finding Dodgson-Election Winners.
MFCS 2006: 528-539 |
11 | EE | Lane A. Hemaspaandra,
Christopher M. Homan,
Sven Kosub:
Cluster Computing and the Power of Edge Recognition.
TAMC 2006: 283-294 |
10 | EE | Melanie J. Agnew,
Christopher M. Homan:
Plane Decompositions as Tools for Approximation
CoRR abs/cs/0602057: (2006) |
9 | EE | Andrew Pavlo,
Christopher Homan,
Jonathan Schull:
A parent-centered radial layout algorithm for interactive graph visualization and animation
CoRR abs/cs/0606007: (2006) |
2005 |
8 | EE | Lane A. Hemaspaandra,
Christopher M. Homan,
Sven Kosub,
Klaus W. Wagner:
The Complexity of Computing the Size of an Interval
CoRR abs/cs/0502058: (2005) |
7 | EE | Lane A. Hemaspaandra,
Christopher M. Homan,
Sven Kosub:
Cluster Computing and the Power of Edge Recognition
CoRR abs/cs/0509060: (2005) |
6 | EE | Christopher M. Homan,
Lane A. Hemaspaandra:
Guarantees for the Success Frequency of an Algorithm for Finding Dodgson-Election Winners
CoRR abs/cs/0509061: (2005) |
2004 |
5 | EE | Christopher M. Homan:
Tight lower bounds on the ambiguity of strong, total, associative, one-way functions.
J. Comput. Syst. Sci. 68(3): 657-674 (2004) |
2003 |
4 | EE | Christopher M. Homan,
Mayur Thakur:
One-way permutations and self-witnessing languages.
J. Comput. Syst. Sci. 67(3): 608-622 (2003) |
2002 |
3 | | Christopher M. Homan,
Mayur Thakur:
One-Way Permutations and Self-Witnessing Languages.
IFIP TCS 2002: 243-254 |
2000 |
2 | EE | Christopher M. Homan:
Low Ambiguity in Strong, Total, Associative, One-Way Functions
CoRR cs.CC/0010005: (2000) |
1999 |
1 | EE | Alina Beygelzimer,
Lane A. Hemaspaandra,
Christopher M. Homan,
Jörg Rothe:
One-Way Functions in Worst-Case Cryptography: Algebraic and Security Properties
CoRR cs.CC/9911007: (1999) |