Noticias

The article "To Click It or Not to Click It: An Italian Dataset for Neutralising Clickbait Headlines" has been presented at the Tenth Italian Conference on Computational Linguistics (CLiC-it 2024). The publication is authored by Daniel Russo, Oscar Araque, and Marco Guerini. The article has received the Best Student Paper Award at the conference.

Link to AILC post.

Abstract:

Clickbait is a common technique aimed at attracting a reader’s attention, although it can result in inaccuracies and lead to misinformation. This work explores the role of current Natural Language Processing methods to reduce its negative impact. To do so, a novel Italian dataset is generated, containing manual annotations for classification, spoiling, and neutralisation of clickbait. Besides, several experimental evaluations are performed, assessing the performance of current language models. On the one hand, we evaluate the performance in the task of clickbait detection in a multilingual setting, showing that augmenting the data with English instances largely improves overall performance. On the other hand, the generation tasks of clickbait spoiling and neutralisation are explored. The latter is a novel task, designed to increase the informativeness of a headline, thus removing the information gap. This work opens a new research avenue that has been largely uncharted in the Italian language.

Noticia aparecida

el 4/12/2024 en 65yMás en https://www.65ymas.com/salud/espejo-inteligente-ayudar-mayores-contrarrestar-riesgo-fragilidad_65577_102.html

 

Julia de Enciso, ex-miembro del GSI, ha recibido el premio al mejor expediente en el itinerario de Bioinstrumentación, Biomaterieles y Biomecánica del Grado en Ingeniería Biomédica, otorgado por LifeSTech.
 
Julia defendió su Trabajo Fin de Grado el pasado Junio, obteniendo la mayor calificación, 10 con Matrícula de Honor. Como resultado de éste trabajo, se ha generado una publicación científica titulada «Exploring Temporal Features in Health Records for Frailty Detection», que ha sido presentada en el CASEIB 2024 (Congreso Anual de la Sociedad Española de Ingeniería Biomédica).


 

The article "Exploring Temporal Features in Health Records for Frailty Detection" wa presented at the conference CASEIB 2024 (Congreso Anual de la Sociedad Española de Ingeniería Biomédica 2024), in Sevilla on the 13th of November. The full paper can be found in the "Libro de actas CASEIB 2024" at this link.

The publication is authored by Julia de Enciso, Matteo Leghissa, Óscar Áraque and Álvaro Carrera, and the study was supported by the AROMA / MIRATAR project, grant TED2021-132149BC42 funded by MICIU/AEI/10.13039/501100011033 and by the European Union NextGenerationEU/PRTR. The full article can be found in the in-proceedings book of CASEIB 2024.

Abstract:

The global population is rapidly aging, which poses significant challenges for healthcare systems worldwide, including increased costs and a rising demand for effective geriatric care. Addressing these challenges necessitates innovative approaches to improve the early detection and prediction of frailty among elderly individuals, aiming to alleviate healthcare burdens and enhance quality of life. This study focuses on the development of a machine learning system aimed at improving early detection and prediction of frailty among elderly populations. To achieve these results we used the FRELSA dataset, a frailty-specific dataset originated ELSA, an influential longitudinal study on aging with 9 waves of data collection and mo re than 5000 participants. The research begins by optimizing clinical data collection through feature extraction to enhance efficiency in frailty assessment. Various machine learning techniques, including Multilayer Perceptron (MLPs) and Convolutional Neural Networks (CNNs), are evaluated for their ability to predict frailty based on the identified features. Additionally, the study explores temporal dependencies within data to gain insights into the progression of frailty and to facilitate more personalized patient care approaches. A comparative analysis with existing baseline models highlights the superior performance of the proposed algorithms in the early detection and prediction of frailty. These findings contribute significantly to advancing the field and lay a foundation for future research aimed at implementing advanced clinical decision support systems in geriatric care settings.