PhD students

MSc students

BSc students

Marc's PhD students

as supervisor and promotor:

• Rong Zou, Solutions for cooperative games with restricted coalition formation and almost core allocations, Double Badged PhD with NPU Xi'an (China) and UT, PhD 2023

• Guangjing Yang, Cooperative Games and Coalition Formation, Double Badged PhD with NPU Xi'an (China) and UT, PhD 2021

• Xianghui Li, Cooperative Games with Restricted Communication, Double Badged PhD with NPU Xi'an (China) and UT, PhD 2019

• Jasper de Jong, Quality of Equilibria in Resource Allocation Games, PhD 2016, now Lecturer at University of Twente (homepage)

• Ruben Hoeksma, Mechanisms for Scheduling Games with Selfish Players, PhD 2015, now Assistant Professor at University of Twente (homepage)

• Joyce Moonen-van Loon, Algorithmic Pricing, PhD 2009, now ICT developer at Maastricht University (homepage)

• Birgit Heydenreich, Graphs, Mechanisms, and Scheduling, PhD 2009, now Consultant at TNG Technology Consulting

as promotor:

• Panfei Sun, Optimization over Core Allocations (Supervisor: Kern), Cooperation of NPU Xi'an (China) with UT, ongoing, PhD 2019

• Kamiel Cornelissen, Smoothed Analysis of belief Propagation and Minimum-Cost Flow Algorithms (Supervisor: Manthey), 2016

• Xiaoyan Zhang, Algorithmic and Structural Aspects of Graph Partitioning and Related Problems (Supervisor: Broersma), 2014

• Anthony Emeka Ohazulike, Road Pricing Mechanisms (Supervisors: Kern and Still), 2014

• Faizan Ahmed, Copositive Programming and Related Problems (Supervisor: Still), 2014

• Dongshuan Hou, Models, Theory, Applications in Cooperative Game Theory (Supervisor: Driessen), 2013

• Xian Qiu, Fractional Programming in Cooperative Games (Supervisor: Kern), 2013

• Yuan Feng, Extensions of the Shapley value and Their Characterizations (Supervisors: Driessen and Still), 2013

• Matthijs Bomhoff, On Bipartite Graphs and the Decomposition of Systems of Equations (Supervisors: Still and Kern), 2013

• Jacob Jan Paulus, Online Scheduling and Project Scheduling (Supervisor: Hurink), 2009

• Genjiu Xu, Matrix Approach to Cooperative Game Theory (Supervisor: Driessen), 2008

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Marc's MSc students

• Puck te Rietmole, Sampling-based Stochastic Single-machine Scheduling (MSc Thesis Mathematical Sciences, Utrecht University, 2023)

• Jasper Egberink, A heuristic for leafy spanning trees in connected graphs (Thesis in Science Education, co-supervised with Pim van't Hof, University of Twente, 2023)

• Boyue Lin, Almost Core Allocations on Minimum Spanning Tree Games (MSc thesis in Applied Mathematics, co-supervised with Matthias Walter, University of Twente, 2022)

• Jop Zwienenberg, A Markovian approach to mobile user classification with semantic location data in mobility chains (MSc thesis in Applied Mathematics, co-supervised with Maria Vlasiou, University of Twente, 2022)

• Feline Lindenboom, Online Scheduling with Rejection (MSc thesis in Applied Mathematics, co-supervised with Ruben Hoeksma, University of Amsterdam, 2022)

• Reinout Wijfjes, Recognition and Exploitation of Single-Machine Scheduling Subproblems in Mixed Integer Programs (MSc thesis in Applied Mathematics, co-supervised with Matthias Walter, University of Twente, 2022)

• Saskia Bleyenberg, The Price of Anarchy for Matching Congestion Games (MSc thesis in Applied Mathematics, co-supervised with Alexander Skopalik, University of Twente, 2022)

• Rutger Mauritz, Scheduling in Supply Chains Using Aggregated Resource Feasibility (MSc thesis in Applied Mathematics, co-supervised with Antonios Antoniadis, University of Twente, 2022)

• Joran van den Bosse, Computing the Sequential Price of Anarchy for Affine Congestion Games with Linear Programming Techniques (MSc thesis in Applied Mathematics, co-supervised with Matthias Walter, University of Twente, 2021)

• Yanna Kraakman, The Price of Anarchy of (Semi)-Symmetric Uniform Congestion Games (MSc thesis in Applied Mathematics, cooperation with with TU Berlin (Max Klimm), University of Twente, 2021)

• Hiliane Buist, Online travel mode detection on a smartphone (MSc thesis in Applied Mathematics, cooperation with Mobidot, University of Twente, 2020)

• Jaqueline Zijdenbosch, A Two-Step Optimization Approach for Engagement Scheduling (MSc thesis in Applied Mathematics, cooperation with Thales, University of Twente, 2019)

• Joren Kreuzberg, Revenue maximizing assignment of products within a physical store layout by Integer Linear Programming (MSc thesis in Applied Mathematics, cooperation with IG&H, University of Twente, 2018)

• Eline van Hove, Train Routing at the Shunt Yard: A Disjoint Paths Approach (MSc thesis in Applied Mathematics, cooperation with NS, University of Twente, 2018)

• Eloy Stoppels, Predicting race Results Using Artificial Neural Networks (MSc thesis in Applied Mathematics, cooperation with Mylaps.com, University of Twente, 2017)

• Arjan Akkermans, A Two-Phase Approach to the Shifts and Break Design problem Using ILP (MSc thesis in Applied Mathematics, supervised jointly with Gerhard Post, University of Twente, 2017)

• Marjan Nelis, Evaluating and Improving the Passenger Punctuality of a Timetable (MSc thesis in Applied Mathematics, cooperation with NS, University of Twente, 2017)

• Jelle Neeft, Multimodal Map Matching With Smartphone Data: A Shortest Path Approach (MSc thesis in Applied Mathematics, cooperation with Mobidot, University of Twente, 2017)

• Joram Span, Dynamic Pricing for Camping and Bungalow Parks: ILP Models for Revenue Maximization (MSc thesis in Applied Mathematics, cooperation with Stratech, University of Twente, 2017)

• Ingrid Maas, Minimising Road Infrastructure Maintenance Costs by Managing the Traffic (MSc thesis in Applied Mathematics, cooperation with DAT.mobility, jointly supervised with Peter Dickinson, 2017), and Computing Revenue Maximising Auctions in the Presence of Transaction Fees (Traineeship at Warwick University, joint supervision with Bo Chen, 2016)

• Kiril Delianov Kolev, Sequential Price of Anarchy for Atomic Congestion Games with Limited Number of Players (MSc thesis in Applied Mathematics, University of Twente, 2016) and Sequential and Simultaneous Scheduling of Measurements (Traineeship at PAN.alytical, 2014)

• Loes Knoben, Optimizing the Moment of Customer Delivery in ORTEC Inventory Routing (MSc thesis in Applied Mathematics, University of Twente and ORTEC, 2016), and The S-Bahn Challenge in Berlin (Traineeship at ZIB Berlin, 2015); see also project page at ZIB Berlin or article in Volkskrant or article in jetzt or article in Berliner Morgenpost

• Femia van Stiphout, Approximating the Flow-based Transport Capacity Constraint for the Day-Ahead Power Market (MSc thesis in Applied Mathematics, Cooperation with Eneco, University of Twente, 2016), and The Firefighter Problem on Cubic Graphs (Traineeship at UPC Barcelona, 2015); see also UT news article

• Stefan Klootwijk, Complex Scheduling for Materials Analysis using XRF Spectrometers (Traineeship at PAN.alytical, 2016)

• Victor Reijnders, A spatial optimisation model for fuel management to break connectivity of high-risk regions while maintaining habitat quality (Traineeship at RMIT, Melbourne, 2015)

• Dorien Meijer-Cluwen, Dynamic Room Allocation (MSc thesis in Applied Mathematics, University of Twente, 2015); see also UT news article

• Selmar van der Veen, Workforce Scheduling Algorithms at Grolsch Brewery Enschede (MSc thesis and Traineeship, Applied Mathematics, University of Twente, 2015)

• Ha Nguyen, Fast and Scalable Algorithm For Sequencing Problems with Private Information (MSc thesis in Applied Mathematics, University of Twente, 2014) and Dynamic Traffic Assignment (Traineeship at Omnitrans International, 2013)

• Jessica Groenhuis, Bus Network Design (MSc thesis in Science Education, University of Twente, 2012)

• Heleen Muilwijk, Static Traffic Assignment with Junction Modelling (MSc thesis in Science Education, University of Twente, 2012)

• Jelle Duives, Mathematical Programming Approach to Multidimensional Mechanism Design for Single Machine Scheduling (MSc thesis in Applied Mathematics, University of Twente, 2011) and Test-Assignment: A Quadratic Coloring Problem (Traineeship at U Bologna, 2010); see also the paper

• Stijn Duijzer, Minimum-Cost Multi-Modal Paths with Arrival Time Constraint (MSc thesis in Applied Mathematics, University of Twente and CQM, 2011) and Algoritmes voor Commercieel Gebruik van Open Street Map (Traineeship at CQM Eindhoven, 2011)

• Ruben Hoeksma, Price of Anarchy for Machine Scheduling Games with Sum of Completion Times Objective (MSc thesis in Applied Mathematics, University of Twente, 2010); see also this paper

• Caroline Jagtenberg On the complexity of stochastic machine scheduling (MSc thesis in Mathematics, Universiteit Utrecht, 2010); see also DOI 10.1016/j.orl.2013.08.001

• Kamiel Cornelissen, Algorithmic Feature Generation for Microscale Topographies (MSc thesis Applied Mathematics, University of Twente, 2009); see also DOI 10.1073/pnas.1109861108

• Martin Garnowski, The Tighter The better: Lower Bounds for Rail-mounted Gantry-crane Movements at Hamburg Harbour (MSc thesis Econometrics , Maastricht University and and INFORM AG, 2007)

• Laurens Wormer, Online Toewijzen van Auto-Reparatiediensten (MSc thesis Econometrics, Maastricht University and Mateum b.v., 2005)

• Ulf-Rene Heckler, Applying Column generation Techniques to a Real-World Scheduling Problem (MSc thesis Econometrics, Maastricht University and Quintiq, 2005)

• Bas van de Riet, Materieeelplanning Bij Buitendiensstelling (MSc thesis Econometrics, Maastricht University and NS, 2005)

• Jelle Hurkens, Memetic Algorithm For Exam Timetabling (MSc thesis Econometrics, Maastricht University, 2005)

• Simon Draht, Solving A Complex Scheduling Problem in the Chemical Process Industry (MSc thesis Econometrics, Maastricht University and ILOG/CPLEX, 2005)

• Christian Schmidt, Optimierungsalgorithmen für das Net-Present-Value problem in der Projektplanung (MSc thesis Mathematics, TU Berlin, 2002)

• Lars Stolletz, Effiezienter Einsatz von Lagrange-Relaxierungen in der ressourcenbeschränkten Projektplanung (MSc thesis Mathematics, TU Berlin, 2001)

• Kai-Uwe Humpert, LP-Basierte Heuristiken für die ressourcenbeschränkte Projectplanung (MSc thesis Mathematics, TU Berlin, 2000)

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Marc's BSc students

• Tariq Bontekoe, Simulating Stochastic Scheduling Policies, BSc in Applied Mathematics, University of Twente, 2017

• Joren Kreuzberg, Computing Optimal Auctions with Local Search, BSc in Applied Mathematics, 2016

• Yuzixuan Zhu (Melody), Improving Lower Bounds on the Sequential price of Anarchy of Certain Classes of Games (Summer Intern from USTC China, 2014)

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