Defensa de tesis doctoral: Investigating key aspects of multilingual contextual lemmatization
Fecha de primera publicación: 08/06/2026
Autora: Olia Toporkov
Título: Investigating key aspects of multilingual contextual lemmatization
Dirección: Rodrigo Agerri Gascon
Día: 10 de junio de 2026
Hora: 11:00h
Lugar: sala Ada Lovelace (Facultad de informática)
Abstract:
"This doctoral thesis explores the application of deep learning techniques to real-time combinatorial optimization problems, with a particular focus on industrial scheduling. The research investigates how modern machine learning approaches, such as graph neural networks, reinforcement learning, and hybrid optimization methods, can improve decision-making in complex and dynamic environments where traditional optimization techniques often struggle due to computational limitations. The thesis proposes new methodologies for representing scheduling problems, generating efficient solutions, and combining learning-based approaches with classical optimization techniques. Through extensive experimentation on benchmark problems, the work demonstrates the potential of deep learning to produce scalable, adaptive, and high-quality solutions for real-time optimization, contributing to the advancement of intelligent decision-making systems in industrial applications."