• Modelling the conference paper assignment problem 

  de Givry, S.; Schiex, T.; Schutt, A.; Simonis, Helmut (2020-09)

  In this paper we describe different constraints and models for the conference paper assignment problem. While the core problem is a simple flow problem, additional constraints often arise to tailor a solution to specific ...
• Wearable textile-based device for human lower-limbs kinematics and muscle activity sensing 

  Khokhlova, Liudmila; Belcastro, Marco; Torchia, Pasqualino; O'Flynn, Brendan; Tedesco, Salvatore (Springer, 2021-05-05)

  Lower-limbs kinematics and muscle electrical activity are typically adopted as feedback during rehabilitation sessions or athletes training to provide patients’ progress evaluation or athletic performance information. ...
• Acquiring local preferences of Weighted Partial MaxSAT 

  Huang, Hong; Climent, Laura; O'Sullivan, Barry (Institute of Electrical and Electronics Engineers, IEEE, 2017-11)

  Many real-life problems can be formulated as boolean satisfiability (SAT). In addition, in many of these problems, there are some hard clauses that must be satisfied but also some other soft clauses that can remain unsatisfied ...
• Solving a hard Cutting Stock Problem by machine learning and optimisation 

  Prestwich, Steven D.; Fajemisin, Adejuyigbe O.; Climent, Laura; O'Sullivan, Barry (Springer, 2015-09)

  We are working with a company on a hard industrial optimisation problem: a version of the well-known Cutting Stock Problem in which a paper mill must cut rolls of paper following certain cutting patterns to meet customer ...
• Go with the flow: reinforcement learning in turn-based battle video games 

  Pagalyte, Elinga; Mancini, Maurizio; Climent, Laura (Association for Computing Machinery, ACM, 2020-10)

  Game flow represents a state where the player is neither frustrated nor bored. In turn-based battle video games it can be achieved by Dynamic Difficulty Adjustment (DDA), whose research has begun rising over the last decade. ...

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