Multi-Objective Blended Ensemble For Highly Imbalanced Sequence Aware Tweet Engagement Prediction. - Nicolò Felicioni; Andrea Donati; Luca Conterio; Luca Bartoccioni; Davide Yi Xian Hu; Cesare Bernardis; Maurizio Ferrari Dacrema (RecSys Challenge, 2020)

Measuring the Ranking Quality of Recommendations in a Two-Dimensional Carousel Setting. - Nicolò Felicioni; Maurizio Ferrari Dacrema; Fernando Benjamín Pérez Maurera; Paolo Cremonesi (IIR, 2021)

Optimizing the Selection of Recommendation Carousels with Quantum Computing. - Maurizio Ferrari Dacrema; Nicolò Felicioni; Paolo Cremonesi (RecSys, 2021)

Measuring the User Satisfaction in a Recommendation Interface with Multiple Carousels. - Nicolò Felicioni; Maurizio Ferrari Dacrema; Paolo Cremonesi (IMX, 2021)

A Methodology for the Offline Evaluation of Recommender Systems in a User Interface with Multiple Carousels. - Nicolò Felicioni; Maurizio Ferrari Dacrema; Paolo Cremonesi (UMAP (Adjunct Publication), 2021)

Evaluating Recommendations in a User Interface With Multiple Carousels. - Maurizio Ferrari Dacrema; Nicolò Felicioni; Paolo Cremonesi (IIR, 2022)

Off-Policy Evaluation with Deficient Support Using Side Information. - Nicolò Felicioni; Maurizio Ferrari Dacrema; Marcello Restelli; Paolo Cremonesi (NeurIPS, 2022)

Enhancing Counterfactual Evaluation and Learning for Recommendation Systems. - Nicolò Felicioni (RecSys, 2022)

Offline Evaluation of Recommender Systems in a User Interface With Multiple Carousels. - Maurizio Ferrari Dacrema; Nicolò Felicioni; Paolo Cremonesi (Frontiers Big Data, 2022)

AutoOPE: Automated Off-Policy Estimator Selection. - Nicolò Felicioni; Michael Benigni; Maurizio Ferrari Dacrema (CoRR, 2024)

On the Importance of Uncertainty in Decision-Making with Large Language Models. - Nicolò Felicioni; Lucas Maystre; Sina Ghiassian; Kamil Ciosek (Trans. Mach. Learn. Res., 2024)

A Model and Survey of Distributed Data-Intensive Systems. - Alessandro Margara; Gianpaolo Cugola; Nicolò Felicioni; Stefano Cilloni (ACM Comput. Surv., 2024)

Hallucination Detection on a Budget: Efficient Bayesian Estimation of Semantic Entropy. - Kamil Ciosek; Nicolò Felicioni; Sina Ghiassian (CoRR, 2025)