IFS 2013 - Special Session on Interpretable Fuzzy Systems
- 【Tech Science Press】【SCI-Expanded EI检索】【快速SCOPUS检索】期刊征稿.SCI 专刊 (Special Issue) 长期征稿
- 10th International Conference on Computer and Communication Systems (ICCCS 2025)
- 15th International Conference on Power and Energy Systems (ICPES 2025)
- 12th World Congress on Special Needs Education (WCSNE-2025)
- 11th Intelligent Systems Conference 2025
Topics/Call fo Papers
Organizers: Corrado Mencar, Ciro Castiello, José M. Alonso, Luis Magdalena
The aim of this special session is to discuss and disseminate the most recent advancements focused on interpretability of fuzzy systems. Many fuzzy algorithms and models are indeed aimed at extracting knowledge from data, and the acquired knowledge must be usually communicated to users. However, as far as such knowledge is difficult to understand by users, the acceptance of such methods may be seriously compromised. Interpretability must be the central point on system modeling. In fact, some of the hottest and most recent research topics like Precisiated Natural Language, Computing With Words, and Human Centric Computing strongly rely on the interpretability of the designed models.
Interpretability is therefore a key property of intelligent systems of practical use, but its human-centric character poses difficult challenges both in design and evaluation. The topics of interest of this special session include (but are not limited to): Characterizations of interpretability; Learning methods for interpretable models; Interpretability evaluation and improvements; Relations between interpretability and other criteria (such as accuracy, stability, etc.); Design issues; Successful applications of interpretable fuzzy models; and so on.
The aim of this special session is to discuss and disseminate the most recent advancements focused on interpretability of fuzzy systems. Many fuzzy algorithms and models are indeed aimed at extracting knowledge from data, and the acquired knowledge must be usually communicated to users. However, as far as such knowledge is difficult to understand by users, the acceptance of such methods may be seriously compromised. Interpretability must be the central point on system modeling. In fact, some of the hottest and most recent research topics like Precisiated Natural Language, Computing With Words, and Human Centric Computing strongly rely on the interpretability of the designed models.
Interpretability is therefore a key property of intelligent systems of practical use, but its human-centric character poses difficult challenges both in design and evaluation. The topics of interest of this special session include (but are not limited to): Characterizations of interpretability; Learning methods for interpretable models; Interpretability evaluation and improvements; Relations between interpretability and other criteria (such as accuracy, stability, etc.); Design issues; Successful applications of interpretable fuzzy models; and so on.
Other CFPs
- Special Session on Fuzzy Transform And Its Applications
- Special Session on Fuzzy Sets And Fuzzy Logic And E-Learning
- Special Session on Fuzzy Implication Functions
- Special Session on Decision Analysis And Support In Risk Management With Soft Computing
- Special Session on Advances In Bipolarity Applied To Databases And Information Systems
Last modified: 2013-05-26 13:58:34