Programme2006
Monday 18 September
1015-1115 | Registration/Tea/Coffee | |
1115-1120 | Hajo Broersma | Welcome to Durham |
1120-1145 | Michael Fellows | Kernelization for Convex Recoloring |
1145-1210 | Fouad Chedid | Parameterized Enumerability for the Database Theorist |
1210-1235 | Falk Hueffner | Matrix Robustness, with an Application to Power System Observability |
Lunch | ||
1400-1500 | Berthold Vöcking | Congestion Games: Optimization in Competition |
Tea/Coffee | ||
1530-1555 | Jan van den Heuvel | On the Complexity of Ordered Colourings |
1555-1620 | Paidi Creed | Sampling Eulerian Orientations of the Triangle |
1620-1645 | Hannes Moser | Parameterized Complexity of Finding Regular Induced Subgraphs |
1645-1710 | Andriy Kharechko | Parametric Polynomial Time Perceptron Rescaling Algorithm |
Dinner |
Tuesday 19 September
Breakfast | ||
0920-0945 | Henning Fernau | Vertex and Edge Covers with Clustering Properties: Complexity and Algorithms |
0945-1010 | Igor Razgon | A Faster Solving of the Maximum Independent Set Problem for Graphs with Maximal Degree 3 |
1010-1035 | Gregg O’Malley | Stable Marriage with Ties and Bounded Length Preference Lists |
1035-1100 | Daniel Marx | A Parameterized View on Matroid Optimization Problems |
Tea/Coffee | ||
1130-1230 | Alexander Schrijver | New Code Bounds with Algebra and Semidefinite Programming |
Lunch | ||
1400-1425 | Luis Cereceda | Finding Paths Between Colourings |
1425-1450 | Jan Manuch | Improved Approximation Algorithm for Scheduling Tasks with a Choice of Start Times |
1450-1515 | Walid Ben-Ameur | On the Maximum Cut Problem |
1515-1540 | Vadim Zverovich | The Computer System GRAPHOGRAPH |
Tea/Coffee | ||
1610-1710 | Jan Krajicek | Proof Complexity Generators |
Dinner |
Wednesday 20 September
Breakfast | ||
0920-0945 | Yoram Sussman | A Delta-Wye-Delta Reduction for Planar Grid Graphs in Subquadratic Time |
0945-1010 | Allan Scott | Short Pursuit-Evasion |
1010-1035 | Taoyang Wu | Extremal Sequence Theory |
Tea/Coffee | ||
1100-1200 | Detlef Seese | Trees, Grids and Matroids: Observations on Logical Ways to Avoid Complexity |