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AddressMIT Computer Science and Artificial Intelligence Lab32-G694, Stata Center 32 Vassar Street Cambridge, MA 02139 USA email: haeupler at mit.edu tel: (617) 253-7583 Map showing building location.
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Beginning August 2008, I will be a PhD student in the MIT CSAIL Theory Group Computer Science Department.
This year I am a visiting graduate student at the Theory Group of Princeton's Computer Science Department. I'm working with Robert E. Tarjan.
I studied in Germany at the Technical University Munich in the diploma program for Computer Science and the diploma program for Mathematics.
In October 2007, after only three years instead of the regular five to six, I completed the mathematics diploma summa cum laude (GPA: 4.00).
I am a fellow of the elite graduate program TopMath in Applied Mathematics. I am supervised by Ernst W. Mayr.
In 2007 I completed the TopMath elite Bachelor of Science and won the "Best Study Award" for my independent studies.
An O(n log n) algorithm for maximum st-flow in a directed planar graph
COS521, Princeton University, 2007
Maximum flows in planar networks
TopMath Independent Studies Colloquium, 2007
Introduction to Information Theory
TUM Theory Tea, 2007
Evolution of random graphs: Inside the phase transition
Extremal Graph Theory Seminar, 2006
Zero-One-Laws
Extremal Graph Theory Seminar, 2006
Goodstein Sequences and the Independence of Goodstein's Theorem
TopMath Admission Colloquium, 2006
Introduction to computational complexity
Joint Advanced Student School, St. Petersburg (Russia), 2006
MST and Matroids
Algorithmic Graph Theory Seminar, 2005
Ranking aggregation methods for the web
TUM Summer School, Sarentino (Italy), 2005
Randomized Primality Testing
Gems of Theoretical Computer Science Seminar, 2005
Faster Algorithms for Incremental Topological Ordering
with Telikepalli Kavitha, Rogers Mathew, Siddhartha Sen and Robert E. Tarjan, accepted to ICALP 2008, April 2008
to appear in Lecture Notes in Computer Science Series, Springer-Verlag
Incremental Topological Ordering and Strong Component Maintenance
with Siddhartha Sen and Robert E. Tarjan, February 2008
released under arXiv:0803.0792v1 [cs.DS]
Planarity Algorithms via PQ-trees
with Robert E. Tarjan, accepted to Topological & Geometric Graph Theory International Conference 2008, January 2008
to appear in Electronic Notes in Discrete Mathematics, Elsevier
Finding a Feasible Flow in a Strongly Connected Network
with Robert E. Tarjan, December 2007
to appear in Operations Research Letters, Elsevier
Maximum flows in planar networks
diploma thesis, supervised by Ernst W. Mayr, December 2007