Decision Theoretic
Decision theory provides a framework for making optimal choices under uncertainty, aiming to maximize expected utility or minimize risk. Current research focuses on extending decision-theoretic principles to complex scenarios, such as collaborative learning, large-scale A/B testing, and human-AI interaction, often employing Bayesian methods, empirical Bayes solutions, and minimax approaches. These advancements are improving the design and evaluation of algorithms in diverse fields, from machine learning and robotics to human-computer interaction, by providing principled methods for comparing and optimizing decision-making processes.
Papers
Minimax-Bayes Reinforcement Learning
Thomas Kleine Buening, Christos Dimitrakakis, Hannes Eriksson, Divya Grover, Emilio Jorge
Don't guess what's true: choose what's optimal. A probability transducer for machine-learning classifiers
K. Dyrland, A. S. Lundervold, P. G. L. Porta Mana
Does the evaluation stand up to evaluation? A first-principle approach to the evaluation of classifiers
K. Dyrland, A. S. Lundervold, P. G. L. Porta Mana