Key research themes
1. How can probabilistic models resolve conflicts and uncertainty in multiattribute data fusion from heterogeneous sources?
This theme investigates methods to extract true values from conflicting, uncertain, and multi-valued attributes arising when data from diverse sources are integrated. It focuses on probabilistic frameworks that model reliability, uncertainty, and entity linkage to improve data fusion outcomes.
2. What techniques extend classification methods to handle multi-label datasets with multiple attribute dependencies?
Research in this theme focuses on adapting or extending associative classification methods to effectively handle multi-label classification problems where individual instances may be associated with multiple class labels simultaneously, while exploiting inter-label dependencies for improved predictive performance.
3. How do attribute representation and aggregation models impact decision making with qualitative, quantitative, and multi-valued attributes in multiattribute settings?
This theme examines frameworks and aggregation operators designed to handle the complexity of multiattribute decision making (MADM) where attributes span quantitative and qualitative types, including neutrosophic, linguistic, cubic, and multivalued representations. Research focuses on novel models for combining heterogeneous attribute formats and measuring relevance under uncertainty to support robust decision-making.