| Plenary Speakers |
Scheduling English Football Fixtures: Consideration of Two Conflicting Objectives.
Graham Kendall , Barry McCollum, Frederico Cruz and Paul McMullan. |
1-15 |
Estimating the limiting value of optimality for very large NP problems
George White. |
16-25 |
Timetable Construction: The Algorithms and Complexity Perspective
Jeffrey H. Kingston. |
26-36 |
Solution Method and Decision Support System Framework
David M. Ryan and Natalia J. Rezanova. |
37-40 |
| Full papers |
Curriculum-based Course Timetabling with SAT and MaxSAT
Roberto Asín Achá and Robert Nieuwenhuis. |
42-56 |
A Combination of Metaheuristic Components based on Harmony Search for The Uncapacitated Examination Timetabling
Mohammed Azmi Al-Betar, Ahamad Tajudin Khader and J. Joshua Thomas. |
57-80 |
Bridging the Gap between Self Schedules and Feasible Schedules in Staff Scheduling
Eyjólfur Ingi Ásgeirsson. |
81-96 |
An Evolutionary Algorithm in a Multistage Approach for an Employee Rostering Problem with a High Diversity of Shifts
Zdenek Baumelt, Premysl Sucha and Zdenek Hanzalek. |
97-112 |
Network Flow Models for Intraday Personnel Scheduling Problems
Peter Brucker and Rong Qu. |
113-121 |
Round-Robin Tournaments with homogenous rounds
Bregje Buiteveld, Erik Van Holland, Gerhard Post and Dirk Smit. |
122-135 |
Adaptive Selection of Heuristics for Improving Constructed Exam Timetables
Edmund Burke, Rong Qu and Amr Soghier. |
136-151 |
Iterated Heuristic Algorithms for the Classroom Assignment Problem
Ademir Constantino, Walter Marcondes Filho and Dario Landa-Silva. |
152-166 |
A Variable Neighborhood Search based Matheuristic for Nurse Rostering Problems
Federico Della Croce and Fabio Salassa. |
167-175 |
On-line timetabling software
Florent Devin and Yannick Le Nir. |
176-192 |
Soccer Tournament Scheduling Using Constraint Programming
Mike DiNunzio and Serge Kruk. |
193-200 |
Truck Driver Scheduling and Australian Heavy Vehicle Driver Fatigue Law
Asvin Goel. |
201-210 |
Distributed Scatter Search for the Examination Timetabling Problem
Christos Gogos, George Goulas, Panayiotis Alefragis, Vasilios Kolonias and Efthymios Housos. |
211-223 |
A Comparison of Heuristics on a Practical Case of Sub-Daily Staff Scheduling
Maik Güenther and Volker Nissen. |
224-240 |
The Bi-Objective Master Physician Scheduling Problem
Aldy Gunawan and Hoong Chuin Lau. |
241-258 |
Combining VNDS with Soft Global Constraints Filtering for Solving NRPs
Jean-Philippe Métivier, Patrice Boizumault and Samir Loudni. |
259-272 |
An efficient and robust approach to generate high quality solutions for the Travelling Tournament Problem
Douglas Moody, Amotz Bar Noy and Graham Kendall. |
273-282 |
Youth Sports League Scheduling
Douglas Moody, Amotz Bar Noy and Graham Kendall. |
283-293 |
A Novel Event Insertion Strategy for Creating Feasible Course Timetables
Moritz Mühlenthaler and Rolf Wanka. |
294-304 |
Choquet Integral for Combining Heuristic Values for Exam Timetabling Problem
Tiago Pais and Edmund Burke. |
305-320 |
An Overview of School Timetabling Research
Nelishia Pillay. |
321-335 |
Evolving Hyper-Heuristics for a Highly Constrained Examination Timetabling Problem
Nelishia Pillay. |
336-346 |
An XML Format for Benchmarks in High School
Christos Gogos, Jari Kyngas, Cimmo Nurmi, Haroldo Santos, Ben Rorije and Andrea Schaerf. |
347-352 |
A Construction Approach for Examination Timetabling based on Adaptive Decomposition and Ordering
Syariza Abdul Rahman, Edmund Burke, Andrzej Bargiela, Barry McCollum and Ender Özcan. |
353-372 |
New Era for Timetable is Timetable Hub
Amir Nurashid Mohamed Said. |
373-384 |
Cross-Curriculum Scheduling with Themis - A Course-Timetabling System for Lectures and Sub-Events
Heinz Schmitz and Christian Heimfarth. |
385-391 |
The Perception of Interaction on the University Examination Timetabling Problem
J. Joshua Thomas, Ahamad Tajudin Khader, Mohammed Azmi Al-Betar and Bahari Belaton. |
392-416 |
A 5.875-Approximation for the Traveling Tournament Problem
Stephan Westphal and Karl Noparlik. |
417-426 |
Comparison of Algorithms solving School and Course Time Tabling Problems using the Erlangen Advanced Time Tabling System (EATTS)
Peter Wilke and Helmut Killer. |
427-439 |
Walk Up Jump Down - a new Hybrid Algorithm for Time Tabling Problems
Peter Wilke and Helmut Killer. |
440-446 |
The Erlangen Advanced Time Tabling System (EATTS) Unified XML File Format for the Specification of Time Tabling Systems
Peter Wilke and Johannes Ostler. |
447-464 |
| Extended abstracts |
Assigning referees to a Chilean football tournament by integer programming and patterns
Fernando Alarcón, Guillermo Durán and Mario Guajardo. |
466-467 |
Tabu assisted guided local search approaches for freight service network design
Ruibin Bai and Graham Kendall. |
468-471 |
The Relaxed Traveling Tournament Problem
Renjun Bao and Michael Trick. |
472-476 |
Modelling issues in nurse rostering
Burak Bilgin, Patrick De Causmaecker and Greet Vanden Berghe. |
477-480 |
Semidefinite Programming Relaxations in Timetabling
Edmund K. Burke, Jakub Marecek and Andrew J. Parkes. |
481-485 |
A general approach for exam timetabling: a real-world and a benchmark case
Peter Demeester, Greet Vanden Berghe and Patrick De Causmaecker. |
486-489 |
A Hybrid LS-CP Solver for the Shifts and Breaks Design Problem
Luca Di Gaspero, Johannes Gaertner, Nysret Musliu, Andrea Schaerf, Werner Schafhauser and Wolfgang Slany. |
490-492 |
Diamant
Ruben Gonzalez-Rubio. |
493-497 |
First International Nurse Rostering Competition 2010
Stefaan Haspeslagh, Patrick De Causmaecker, Martin Stolevik and Andrea Schaerf. |
498-501 |
A Weighted-Goal-Score Approach to Measure Match Importance in the Malaysian Super League0-
Nor Hayati Abdul Hamid, Graham Kendall and Naimah Mohd Hussin. |
502-506 |
Swiss National Ice Hockey Tournament (NLA)
Tony Hürlimann. |
507-507 |
An Approximation Algorithm for the Unconstrained Traveling Tournament Problem
Shinji Imahori, Tomomi Matsui and Ryuhei Miyashiro. |
508-512 |
Data Formats for Exchange of Real-World Timetabling Problem Instances and Solutions
Jeffrey H. Kingston. |
513-516 |
Solving the General High School Timetabling Problem
Jeffrey H. Kingston. |
517-518 |
Towards an Integrated Workforce Management System
Dario Landa-Silva, Arturo Castillo, Leslie Bowie and Hazel Johnston. |
519-523 |
The Home Care Crew Scheduling Problem
Jesper Larsen, Anders Dohn, Matias Sevel Rasmussen and Tor Justesen. |
524-526 |
University course scheduling problem with traffic impact considerations
Loo Hay Lee, Ek Peng Chew, Kien Ming NG, Hui-Chih Hung, Jia Wang and Hui Xiao. |
527-528 |
Ground Crew Rostering with Work Patterns at a Major European Airline
Richard Lusby, Anders Dohn, Troels Range and Jesper Larsen. |
529-530 |
Properties of Yeditepe Examination Timetabling Benchmark Instances
Andrew J. Parkes and Ender Özcan. |
531-534 |
Combined Blackbox and AlgebRaic Architecture (CBRA)
Andrew J. Parkes. |
535-538 |
Solving the Airline Crew Pairing Problem using Subsequence Generation
Matias Sevel Rasmussen, David M. Ryan, Richard M. Lusby and Jesper Larsen. |
539-541 |
Grouping Genetic Algorithm with Efficient Data Structures for the University Course Timetabling Problem
Felipe A. Santos and Alexandre C. B. Delbem. |
542-546 |
Modelling and Solving the Generalised Balanced Academic Curriculum Problem with Heterogeneous Classes
Andrea Schaerf, Marco Chiarandini and Luca Di Gaspero. |
547-550 |
Modeling and Optimizing a real Railway Corridor
Thomas Schlechte, Ralf Borndoerfer, Elmar Swarat and Thomas Graffagnino. |
551-552 |
A hyper-heuristic approach for assigning patients to hospital rooms
Wim Vancroonenburg, Mustafa Misir, Burak Bilgin, Peter Demeester and Greet Vanden Berghe. |
553-555 |
The Design and Implementation of an Interactive Course-Timetabling System
Anthony Wehrer and Jay Yellen. |
556-558 |
The Erlangen Advanced Time Tabling System (EATTS) Version 5
Peter Wilke. |
559-565 |
Timetabling the major English cricket fixtures
Mike Wright. |
566-568 |
| System Demonstrations |
Timetabling a University Dental School
Hadrien Cambazard, Barry O'Sullivan, John Sisk, Robert McConnell and Christine McCreary. |
569-572 |
Interactive Course Timetabling
Tomáš Müller, Keith Murray and Hana Rudová. |
573-577 |
