Intelligent System for Premature Babies Healthcare at Home based on Case-based Reasoning. - Beatriz López 001; Francisco Gamero; Jordi Coll; Natalia Mordvaniuk; Judit Bassols; Eva Bargallo; Borja Guarch; Abel López-Bermejo (IWBBIO, 2014)

Context Management in Health Care Apps. - Albert Pla; Beatriz López 001; Jordi Coll; Natalia Mordvaniuk; Abel López-Bermejo (MIE, 2014)

Context-Aware Case-Based Reasoning. - Albert Pla; Jordi Coll; Natalia Mordvaniuk; Beatriz López 001 (MIKE, 2014)

Bag-of-Steps: predicting lower-limb fracture rehabilitation length. - Albert Pla; Beatriz López 001; Cristofor Nogueira; Natalia Mordvaniuk; Taco J. Blokhuis; Herman R. Holtslag (ESANN, 2016)

MATCHuP: An mHealth Tool for Children and Young People Health Promotion. - Beatriz López 001; Sreynoch Soung; Natalia Mordvanyuk; Albert Pla; Pablo Gay; Abel López-Bermejo (HEALTHINF, 2017)

Prediction of Glucose Level Conditions from Sequential Data. - Natalia Mordvanyuk; Ferran Torrent-Fontbona; Beatriz López 001 (CCIA, 2017)

Bag-of-steps: Predicting lower-limb fracture rehabilitation length by weight loading analysis. - Albert Pla; Natalia Mordvanyuk; Beatriz López 001; Marco Raaben; Taco J. Blokhuis; Herman R. Holtslag (Neurocomputing, 2017)

Knowledge representation and machine learning on wearable sensor data: a study on gait monitoring. - Beatriz López 001; Natalia Mordvanyuk; Pablo Gay; Albert Pla (DATA, 2018)

Understanding affective behaviour from physiological signals: Feature learning versus pattern mining. - Natalia Mordvanyuk; Jaume Gauchola; Beatriz López 001 (CBMS, 2021)

vertTIRP: Robust and efficient vertical frequent time interval-related pattern mining. - Natalia Mordvanyuk; Beatriz López 001; Albert Bifet (Expert Syst. Appl., 2021)

Efficient sequential and temporal pattern mining. - Natalia Mordvaniuk (2021)

VEPRECO: Vertical databases with pre-pruning strategies and common candidate selection policies to fasten sequential pattern mining. - Natalia Mordvanyuk; Albert Bifet; Beatriz López 001 (Expert Syst. Appl., 2022)

TA4L: Efficient temporal abstraction of multivariate time series. - Natalia Mordvanyuk; Beatriz López 001; Albert Bifet (Knowl. Based Syst., 2022)