| Ten invited lectures |
| John Dennis (Rice University, Houston, USA) |
The algorithmic infrastructure for the surrogate
management framework |
| John Dennis (Rice University, Houston, USA) |
Optimization using surrogates for engineering design, and
some thoughts on working with industry |
| Vidyadhar Kulkarni (University of North Carolina, Chapel
Hill, USA) |
Fluid models with jumps |
| Vidyadhar Kulkarni (University of North Carolina, Chapel
Hill, USA) |
Managing warranty reserves |
| Kirk Pruhs (University of Pittsburgh, Pittsburgh, USA) |
Resource augmentation analysis of scheduling problems |
| Kirk Pruhs (University of Pittsburgh, Pittsburgh, USA) |
Scheduling to minimize energy usage and heat |
| Martin Skutella (Max-Planck Institut für Informatik,
Saarbrücken, Germany) |
Flows over time: algorithms and complexity |
| Martin Skutella (Max-Planck Institut für Informatik,
Saarbrücken, Germany) |
On the k-splittable flow problem |
| Peter Taylor (University of Melbourne, Melbourne, Australia) |
Some interesting new perspectives on tandem Jackson
networks |
| Peter Taylor (University of Melbourne, Melbourne, Australia) |
Capacity reconfiguration in logically fully-connected
networks |
Presentations by PhD students (Tuesday
14.30 - 16.00 and Wednesday 14.30 - 16.00) |
For each contributed paper by a PhD
student a senior member of the society will act as discussant.
The following PhD students of the LNMB will present a paper at the
meeting: |
Edgar den Boef (Eindhoven University of Technology)
|
Optimal bus and buffer
allocation for a set of leaky-bucket-controlled streams
|
| Csaba Boer (Erasmus University Rotterdam) |
Distributed e-services for road container transport
simulation |
| Gabriella Budai (Erasmus University Rotterdam) |
A Dynamic approach for planning preventive railway
maintenance
activities |
| Diah Chaerani (
Delft University of Technology) |
The robust shortest path with ellipsoidal uncertainty set
|
| Sing Kong Cheung (
University of Twente) |
On the sojourn time distribution in the M/G/1 processor
sharing queue |
| Frans Cruijssen (
Tilburg University) |
Order sharing in transportation |
Ton Dieker (CWI)
|
On the buffer content and length of a busy period in a
queue with
Gaussian input |
| Mohamed El Ghami (
Delft University of Technology) |
A new class of barrier functions for primal-dual
interior-point
methods in linear optimization |
| Irwin Endrayanto (
University of Twente) |
An analytical model for CDMA downlink rate optimization
taking into
account uplink coverage restriction |
| Aránzazu Estévez-Fernández (
Tilburg University) |
On the core of multiple longest traveling salesman games
|
| Wilco van den Heuvel (Erasmus University Rotterdam) |
A polynomial time algorithm for a deterministic joint
pricing and
inventory model |
| Peter Lennartz (
Utrecht University) |
The relation between the no-wait job shop problem and the
traveling
salesman problem |
| Linda Moonen (Catholic University of Leuven) |
Partitioning a permutation graph: algorithms and an
application |
| Robin Nicolai (Erasmus University Rotterdam) |
Modelling the deterioration of high voltage poles: a
comparison of
methods |
| Niels Olieman (
Wageningen University) |
Optimal robust product design |
| Dennis van Ooteghem (Eindhoven University of Technology) |
Tail asymptotics for discrimininatory processor-sharing
queues with
heavy-tailed service requirements |
| Pim Ouwehand (Eindhoven University of Technology) |
Sales forecasting through aggregation
|
| Eric Porras (Erasmus University Rotterdam) |
An efficient optimal solution method for the joint
replenishment
problem with minimum order quantities |
| Elena Sáiz Pérez |
Facility-pricing location game |
| Marcel Turkensteen (
University of Groningen) |
Common arcs in optimal assignments and shortest tours
|
| Maria Vlasiou (Eurandom/Eindhoven University of Technology) |
Throughput analysis of two carousels |
| Michiel Vromans (Erasmus University Rotterdam) |
Homogenization and railway timetabling norms |
| Marcel van Vuuren (Eindhoven University of Technology) |
Compact Markovian arrival processes for the description
of multiple
arrival streams |
