Invited Talks
|
|
Some Views to Multiobjective Optimization with a Focus on Interactive Methods
Kaisa Miettinen |
3 |
Decomposition methods for sports scheduling problems
Sigrid Knust |
4 |
AI Techniques for Timetabling and Scheduling Problems
Nysret Musliu |
5 |
Learning User Preferences in Distributed Calendar Scheduling
Stefan Røpke |
6 |
Stress-testing algorithms via Instance Space Analysis
Kate Smith-Miles |
7 |
Full Papers
|
|
An unconstrained binary model for the Uncapacitated Examination Timetabling Problem
Angelos Dimitsas, Panayiotis Alefragis, Christos Valouxis, and Christos Gogos |
11-19 |
Instance Space Analysis for the Bus Driver Scheduling Problem
Tommaso Mannelli Mazzoli, Lucas Kletzander, Nysret Musliu, and Kate Smith-Miles |
20-35 |
Solving the Employee Task Distribution Problem with Multiple Objectives
Matthias Horn, Marie-Louise Lackner, Christoph Mrkvicka, Nysret
Musliu, Jakob Preininger, and Felix Winter
|
36-51 |
The Integrated Healthcare Timetabling Competition 2024 — Problem
description and rules —
Sara Ceschia, Roberto Maria Rosati, Andrea Schaerf, Pieter Smet, Greet
Vanden Berghe, and Eugenia Zanazzo
|
52-65 |
A Rule Language and Feature Model for Educational Timetabling
Corentin Behuet, Vincent Barichard, David Genest, Marc Legeay, and
David Lesaint
|
66-98 |
The Meaning of Permutation in Reentrant Permutation Flow Shop Problems
Itamar Segal, Tal Grinshpoun, Hagai Ilani, and Elad Shufan
|
99-109 |
iMOPSE library for benchmarking Multi-Skill Resource-Constrained Project
Scheduling Problem
Konrad Gmyrek, Michał Antkiewicz, Paweł Borys Myszkowski, and Jose
Luis Calvo-Rolle
|
110-124 |
A Simulated Annealing Approach to the Multi-Activity Multi-Day Shift
Scheduling Problem
László Kálmán Trautsch and Bence Kovari
|
125-138 |
Introducing Individuality into Students’ High School Timetables
Andreas Krystallidis and Rubén Ruiz-Torrubiano
|
139-163 |
Theoretical Lower Bounds for the Oven Scheduling Problem
Francesca Da Ros, Marie-Louise Lackner, and Nysret Musliu
|
164-186 |
Exact Methods for the Time Frame Rostering Problem in the Context of Tram
Driver Scheduling
Lukas Frühwirth and Nysret Musliu
|
187-213 |
KHE24: Towards a Practical Solver for Nurse Rostering
Jeffrey H. Kingston |
214-231 |
Extended Abstracts
|
|
Efficient constraint evaluation for the nurse rostering problem
Robin Tourlamain, Pieter Smet, and Greet Vanden Berghe |
235-238 |
Matheuristic for Approximating a Frontier for a Many-objective University Timetabling Problem
Matthew Davison, Ahmed Kheiri, and Konstantinos G. Zografos |
239-242 |
‘I know it when I see it’ – Developing Quality Schedules Considering Subjective or Unspecified Criteria
Douglas Moody |
243-247 |
Multi-period waste collection with preferred pickup days
Csaba Kebelei and Balázs Dávid |
248-252 |
Flexible shift scheduling of healthcare workers using branch and price
David Ajit Kirpekar-Sauer and Jens O. Brunner |
253-254 |
A Hybrid Approach for the Artificial Teeth Scheduling Problem
Felix Winter and Nysret Musliu |
255-258 |
A Decision Support System Prototype for Automated Bus Driver Scheduling
Nikolaus Frohner, Esther Mugdan, Lucas Kletzander, and Nysret Musliu |
259-262 |
Ambulance routing for inter-hospital patient transfers in Sri Lanka
Sudheeraka Wickramarachchi, Kazuki Hasegawa, and Wei Wu |
263-266 |
A Dantzig-Wolfe Reformulation for Automated Aircraft Arrival Scheduling in TMAs
Roghayeh Hajizadeh, Tatiana Polishchuk, Elina Rönnberg, and Christiane Schmidt |
267-270 |
Minimal and fair waiting times for single-day sports tournaments with multiple fields
Lisa Garcia Tercero, Dries Goossens, and David Van Bulck |
271-274 |
Cohort-Based Timetabling with Integer Linear Programming
Richard Hoshino and Jameson Albers |
275-283 |
Metaheuristic optimization of Danish High-School Timetables
Victor Alexander Brandsen and Thomas Stidsen |
284-287 |
The University Examination Timetabling Problem with Uncertain Timeslot Capacity: A Two-stage Stochastic Programming Approach
Sara Ceschia, Daniele Manerba, Andrea Schaerf, Eugenia Zanazzo, and Roberto Zanott |
288-292 |
Predicting employee absenteeism to generate robust rosters
Pieter Smet, Martina Doneda, Giuliana Carello, Ettore Lanzarone, and Greet Vanden Berghe |
293-296 |
Incorporating Nurse Preferences in the Nurse Scheduling Problem
Eva van Rooijen, Shayekh Hassan, and Qing Chuan Ye |
297-300 |
The invigilator assignment problem
Hannah Verplancke, David Van Bulck, Veronique Limère, and Nico André Schmid |
301-305 |
A Hierarchical Framework for Planning & Control in the Judicial System
I.M.W. (Ieke) Schrader, E.W. (Erwin) Hans, and J.M.J. (Marco) Schutten |
306 |
Performance impact of constraint variants on a MILP formulated hearing scheduling problem
I.M.W. (Ieke) Schrader, E.W. (Erwin) Hans, and J.M.J. (Marco) Schutten |
307-311 |
Sports timetabling: towards generic algorithms and performance insights
David Van Bulck and Dries Goossens |
312-316 |
Optimized automated university timetabling with Covid-19 social distancing restrictions
Efstratios Rappos and Pier Donini |
317-321 |
An efficient algorithm for the truck driver scheduling problem
Niels De Walsche, Greet Vanden Berghe, and Pieter Smet |
322-324 |
Combining Aircraft Maintenance Routing with a Distribution Objective
Lucas Kletzander, Ida Gjergji, and Nysret Musliu |
325-328 |
A Finite Automata Reduction Procedure to Improve MIP regular Formulations of Personnel Scheduling Problems
Guillaume Ghienne, Odile Bellenguez, Guillaume Massonnet, and María I. Restrepo |
329-333 |
Metaheuristic techniques for automated traffic light scheduling to minimize commute time
Uran Lajçi, Atlantik Limani, Elvir Misini, Fjolla Gashi, Kadri Sylejmani, and Arben Ahmeti |
334-337 |
Research on Optimization of Customized Feeder Bus for High-speed Railway Connection with Consideration of Travel Time Uncertainty
Yilin Chen, Jiemin Xie, Wei Huang, and Yingying Lin |
338-342 |
Scheduling EURO Conference Copenhagen 2024
Thomas Stidsen and Dario Pacino |
343-345 |
Industrial Production Scheduling in the Energy Deregulation Era
Panayiotis Alefragis, Christos Gogos, Christos Valouxis, Michael Birbas, and Alexios Birbas |
346-350 |
An interactive optimization method to promote ethics for Nurse Rostering
Vincent Bebien, Odile Bellenguez, Gilles Coppin, Anna Ma-Wyatt, and Rachel Stephens |
351-353 |
Nurse Rostering with Strategic Planning of Skills for Sick-Leave Robustness
Björn Morén and Elina Rönnberg |
354-357 |
Timetabling Belgian youth field hockey competitions with an incomplete round robin tournament
Karel Devriesere and Dries Goossens |
358-360 |
Demonstration Abstracts
|
|
Student Scheduling at Purdue University
Tomáš Müller |
363-366 |
Team Formation with Diversity and Similarity Goals
Marco Chiarandini and Zhiru Sun |
367-376 |
A Novel Potential-based Algorithm for the Vertex Coloring Problem and Its
Application to Timetabling Online Platform DaAlgo
Hyunwoo Jung |
377-381 |