Nr. | Probe- vortrag |
Vortrag | Name | Thema | Betreuung |
---|---|---|---|---|---|
1 | 29.9. | 13.10. Der Vortrag fällt aus. | Marouan Bendib | Kaplan, Tarjan [2008]: Thin heaps, thick heaps | Christoph Bartoschek |
2 | 6.10. | 20.10. | Benedikt Holl | Ahuja, Mehlhorn, Orlin, Tarjan [1990]: Faster algorithms for the shortest path problem | Christoph Bartoschek |
3 | 13.10. | 27.10. | Sandro Grieger | Goldberg [1995]: Scaling algorithms for the shortest paths problem | Christoph Bartoschek |
4 | 20.10. | 10.11. | Christopher Ohm | Fakcharoenphol, Rao [2006]: Planar graphs, negative weight edges, shortest paths, and near linear time | Dirk Müller |
5 | 27.10. | 17.11. | Lars Bellinghausen | Hagerup [2006]: Simpler computation of single-source shortest paths
in linear average time Goldberg [2008]: A practical shortest path algorithm with linear expected time | Dirk Müller |
6 | 10.11. | 24.11. | Tobias Schneider | Hershberger, Maxel, Suri [2007]:
Finding the k shortest simple paths: a new algorithm and its implementation Yen [1971]: Finding the k shortest loopless paths in a network | Markus Struzyna |
7 | 17.11. | 1.12. | Alexander Timmermeister | Fredman [1976]: New bounds on the complexity of the
shortest path problem Zwick [2006]: A slightly improved sub-cubic algorithm for the all pairs shortest paths problem with real edge lengths | Christian Schulte |
8 | 24.11. | 8.12. | Daniel Joachimi | Chan [2007]: More algorithms for all-pairs shortest paths in weighted graphs | Markus Struzyna |
9 | 1.12. | 15.12. | Torsten Stelljes | Pettie [2004]: A new approach to all-pairs shortest paths on real-weighted graphs I | Jens Maßberg |
10 | 8.12. | 22.12. | Ivailo Manolov | Pettie [2004]: A new approach to all-pairs shortest paths on real-weighted graphs II | Jens Maßberg |
11 | 15.12. | 5.1. | Maxim Janzen | Saunders, Takaoka [2007] Solving shortest paths efficiently on nearly acyclic directed graphs | Markus Struzyna |
12 | 22.12. | 12.1. | Jan Zernisch | Demetrescu, Italiano [2004]: A new approach to dynamic all pairs shortest paths | Christian Schulte |
13 | 5.1. | 19.1. Der Vortrag fällt aus. | Shoshanna Seenberg | Mehlhorn, Priebe [1997]: On the all-pair shortest-path algorithm of Moffat and Takaoka | Ulrich Brenner |
14 | 12.1. | 26.1. | Dmitri Mizerkin | Sanders, Schultes [2005]: Highway hierarchies hasten exact shortest path queries Sanders, Schultes [2007]: Engineering fast route planning algorithms Goldberg, Kaplan, Werneck [2005]: Reach for A*: efficient point-to-point shortest path algorithms Bauer, Delling [2008]: SHARC: fast and robust unidirectional routing | Dirk Müller |