| Plenary Speakers |
Personnel scheduling - Challenging combinatorial optimisation problems with a personnel scheduling component.
Greet Vanden Berghe. |
10-14 |
| Full papers |
Repairing High School Timetables with Polymorphic Ejection Chains
Dr. Jeffrey H. Kingston. |
16-30 |
Application of a parallel computational approach in the design methodology for the Course timetabling problem
Jorge Alberto Soria-Alcaraz, Martin Carpio, Héctor J. Puga and Marco Sotelo-Figueroa. |
31-44 |
A Combined Local Search and Integer Programming Approach to the Traveling Tournament Problem
Marc Goerigk and Stephan Westphal. |
45-56 |
Real-life Curriculum-based Timetabling
Tomáš Müller and Hana Rudová. |
57-72 |
Schedule Pattern: an Innovative Approach to Structuring Time in Secondary Schools Scheduling
Baiyun Tao and Rick Dwyer. |
73-82 |
Using the PEAST Algorithm to Roster Nurses in an Intensive-Care Unit in a Finnish Hospital
Nico Kyngäs, Kimmo Nurmi, Eyjólfur Ingi Ásgeirsson and Jari Kyngäs. |
83-93 |
A Tour Scheduling Problem with Fixed Jobs: use of Constraint Programming
Tanguy Lapègue, Damien Prot and Odile Bellenguez-Morineau. |
94-113 |
Fairness in Academic Course Timetabling
Moritz Mühlenthaler and Rolf Wanka. |
114-130 |
The effect of neighborhood structures on examination timetabling with artificial bee colony
Bolaji Asaju Laaro, Ahamad Tajudin Khader, Mohammed Azmi Al-Betar, Mohammed Awadallah and J.Joshua Thomas. |
131-144 |
A matheuristic approach to the shift minimisation personnel task scheduling problem
Pieter Smet and Greet Vanden Berghe. |
145-160 |
A stepping horizon view on nurse rostering
Fabio Salassa and Greet Vanden Berghe. |
161-174 |
The Patrol Scheduling Problem
Hoong Chuin Lau and Aldy Gunawan. |
175-192 |
Patient-to-room assignment planning in a dynamic context
Wim Vancroonenburg, Patrick De Causmaecker and Greet Vanden Berghe. |
193-208 |
Decomposing the High School Timetable Problem
Christos Valouxis, Christos Gogos, Panayiotis Alefragis and Efthymios Housos. |
209-221 |
Near-Optimal MIP Solutions for Preference Based Self-Scheduling
Eyjólfur Ingi Ásgeirsson and Guðríur Lilla Sigurðardóttir. |
222-241 |
Application of Particle Swarm Optimization to the British Telecom Workforce Scheduling Problem
Maik Günther and Volker Nissen. |
242-256 |
Integer Programming Techniques for the Nurse Rostering Problem
Haroldo Gambini Santos, Túlio Toffolo, Sabir Ribas and Rafael Gomes. |
257-282 |
A Survey on Workforce Scheduling and Routing Problems
J. Arturo Castillo-Salazar, Dario Landa-Silva and Rong Qu. |
283-302 |
A Constraint Programming Approach to the Traveling Tournament Problem with Predefined Venues
Gilles Pesant. |
303-315 |
Hyper-Heuristics for Educational Timetabling
Nelishia Pillay. |
316-341 |
| Extended abstracts |
Scheduling the Brazilian Football Tournament in Practice
Celso Ribeiro and Sebastián Urrutia. |
342-345 |
Scheduling Cricket Umpires Using Neighbourhood Search - The Dramatic Impact of a Simple Change in Neighbourhood Definition
Mike Wright. |
346-348 |
A Column Generation Approach for Solving the Patient Admission Scheduling Problem
Troels Martin Range, Richard Lusby and Jesper Larsen. |
349-351 |
Timetabling and field assignment for training youth football teams in amateur leagues
Celso Ribeiro, Renatha Capua and Simone Martins. |
352-354 |
Rostering RAF Air Traffic Control Personnel
Richard Conniss, Tim Curtois, Sanja Petrovic and Edmund Burke. |
355-358 |
High School Timetabling: Modeling and solving a large number of cases in Denmark
Matias Sørensen and Thomas Stidsen. |
359-364 |
Adaptive large neighborhood search for student sectioning at Danish high schools
Simon Kristiansen and Thomas Stidsen. |
365-368 |
Investigation of fairness measures for nurse rostering
Pieter Smet, Simon Martin, Djamila Ouelhadj, Ender Özcan and Greet Vanden Berghe. |
369-372 |
Patient Admission Scheduling with Operating Room Constraints
Sara Ceschia and Andrea Schaerf. |
373-376 |
Timetabling of sorting slots in a logistic warehouse
Antoine Jouglet, Dritan Nace and Christophe Outteryck. |
377-380 |
Days off scheduling - A 2-phase approach to personnel rostering
Sophie van Veldhoven, Gerhard Post and Egbert van der Veen. |
381-383 |
Self-Rostering applied to case studies
Suzanne Uijland, Egbert van der Veen, Johann Hurink and Marco Schutten. |
384-387 |
Towards Fair and Efficient Assignments of Students to Projects
Marco Chiarandini, Rolf Fagerberg and Stefano Gualandi. |
388-390 |
Regulation-based University Course Timetabling
Michael Zeising and Stefan Jablonski. |
391-394 |
Co-evolving add and delete heuristics
Jerry Swan, Ender Ozcan and Graham Kendall. |
395-399 |
Semidefinite Programming Relaxations in Timetabling II: Algorithms (Abstract)
Jakub Marecek and Andrew J. Parkes. |
400-403 |
A GRASP Algorithm for the University Timetabling Problem
Walace Rocha, Maria Boeres and Maria Rangel. |
404-406 |
Using integer linear programming methods for optimizing the real-time pump scheduling
Louise Brac De La Perriere, Antoine Jouglet, Alexandre Nace and Dritan Nace. |
407-409 |
A study of hyper-heuristics for examination timetabling
Ender Özcan, Anas Elhag and Viral Shah. |
410-414 |
Nurse Timetabling: Linking Research and Practice
Barry McCollum. |
415-417 |
Next Steps for the Examination Timetabling Format and Competition
Barry McCollum, Paul McMullan, Tomas Muller and Andrew J. Parkes. |
418-420 |
Directing selection within an extended great deluge optimisation algorithm
Ryan Hamilton-Bryce, Paul McMullan and Barry McCollum. |
421-422 |
Academic Timetabling: Space Sharing Strategies
Dr Barry McCollum. |
423-425 |
A Hybrid Evolutionary Algorithm for the Generalized Surgery Scheduling Problem
Atle Riise, Carlo Mannino and Edmund K. Burke. |
426-427 |
An exact decomposition approach for the optimal real-time train rescheduling problem
Carlo Mannino and Leonardo Lamorgese. |
428-432 |
A real world personnel rostering problem with complex objectives
Oddvar Kloster. |
433-435 |
| System Demonstrations |
An Intelligent, Interactive & Efficient Exam Scheduling System (IIEESS v1.0)
Chun Bao Zhu and Tha Nu. |
437-450 |
Aspen Scheduler: a Web-based Automated Master Schedule Builder for Secondary Schools
Baiyun Tao and Rick Dwyer. |
451-459 |
A Open source timetable production system for courses and exams
Ruben Gonzalez-Rubio and Balkrishna Sharma Gukhool. |
460-465 |
School Time Tabling ITT software
Ilana Cohen-Zamir and Doron Bar. |
466-477 |
| The Third International Timetabling Competition |
The Third International Timetabling Competition
Gerhard Post, Luca Di Gaspero, Dr. Jeffrey H. Kingston, Barry McCollum and Andrea Schaerf. |
479-484 |
An Evolutionary Algorithm for High School Timetabling
Jonathan Domrös and Jörg Homberger. |
485-488 |
An Adaptive Large Neighborhood Search algorithm
Matias Sørensen, Simon Kristiansen and Thomas K. Stidsen. |
489-492 |
A SA-ILS approach for the High School Timetabling Problem
George Henrique Godim Da Fonseca, Haroldo Gambini Santos, Túlio Ângelo Machado Toffolo, Samuel Souza Brito and Marcone Jamilson Freitas Souza. |
493-496 |
HySST: Hyper-heuristic Search Strategies and Timetabling
Ahmed Kheiri, Ender Ozcan and Andrew Parkes. |
497-499 |
