FYI, papers related to imprecise probabilities are always welcome at this series of conferences
12th International Joint Conference On Rough Sets IJCRS 2025
May 26-29, 2026, Cadiz, Spain
Website: https://ijcrs2026.uca.es/
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ABOUT THE CONFERENCE
Rough Sets were introduced by Zdzislaw Pawlak in the early '80s and developed further as a method of knowledge representation and processing based on uncertain data and incomplete information. Nowadays, Rough Set theory is widely recognized to have great importance in several fields, including artificial intelligence, mathematics, knowledge representation and machine learning, as evidenced by the increasing number of works concerned with its applications and theoretical foundations.
The aim of the IJCRS conference is to be the main location for disseminating novel foundational results and practical applications, enabling the discussion of problems and exchange of ideas, as well as bringing together academic and industrial perspectives, centred around rough sets and related disciplines.
General Chairs
Chris Cornelis, University of Gante, Belgium
Jesus Medina, University of Cadiz, Spain
Dominik Slezak, University of Warsaw, Poland
Programme Chairs
Roberto G. Aragon, University of Cadiz, Spain
Jihong Wan, Guangdong University of Technology, China
Yiyu Yao, University of Regina, Canada
Local Organiser Committee
Fernando Chacon-Gomez, Celia Cordovilla Sanchez, Carolina Diaz-Montarroso, David Lobo Palacios, Nicolas Madrid Labrador, Samuel Jose Molina Ruiz, and Eloisa Ramirez-Poussa.
IMPORTANT DATES
Workshops and special session proposals:
Submission deadline: November 7, 2025.
Notification of acceptance: November 21, 2025.
Normal contributions (full papers):
Submission deadline: January 31, 2026.
Notification of acceptance: March 3, 2026.
Extended abstracts (up to 4 pages):
Submission deadline: March 6, 2026.
Notification of acceptance: March 27, 2026.
TOPICS AND SCOPE OF THE CONFERENCE
Core rough set models and methods
Covering/Neighbourhood-based, Decision-theoretic, Dominance-based, Game-theoretic, Variable precision and Partial rough set models; Logic in rough set models; Rough-Bayesian models; Rough clustering; Rough computing; Rough mereology; Rough-set-based feature selection and Rule-based systems.
Related methods and hybridization
Anomaly detection; Decision support systems; Dempster-Shafer theory; Formal concept analysis; Fuzzy sets; Fuzzy rough sets and rough fuzzy sets; Granular computing; intelligent agent models; interval computations; Nature-inspired computation models; Petri nets; Rough sets in data science, AI and machine learning; Three-way decision and data analysis, Topology and matroids; Approximate reasoning; Uncertainty theory; Cognitive computing;
Areas of application
Astronomy and atmospheric sciences; Big data analytics; Business intelligence; Bioinformatics; Image processing; Cybernetics and robotics; Financial markets; Interactive computing; Knowledge engineering and representation; Medicine; Retail and E-commerce; Natural Language processing; Risk monitoring; Semantic web; Smartcities; Telecommunications; Transportation and Web mining.