National Institute of Information and Decision Systems (INCT-INSID)

NSID (Laboratory for Neuroscience and Behavioral Studies in Decision) is a laboratory affiliated with CDSID, focusing on research at the intersection of neuroscience and decision-making. NSID conducts advanced research in decision support and negotiation, integrating behavioral information from decision-makers with mathematical models for decision support.
FITradeoff
The Flexible and Interactive Tradeoff (FITradeoff), is a multicriteria method which allows the elicitation of the criteria scaling constants or weights. The FITradeoff method requires partial information from the decision-maker (DM) and may be applied for choice, ranking, sorting and portfolio problematics, according to an additive model in MAVT (Multi-Attribute Value Theory) scope.
Novo Livro: Multi-Criteria Decision Making with Partial Preference Information: Recent Applications and Cases with the FITradeoff Method


This book addresses the topic of decision-making with partial preference information in multicriteria decision-making problems. Its main topics include the conceptual evolution of MCDM with partial preference information; preference modeling with partial information; partial preference information methods; behavioral studies involving partial preference information methods; and the FITradeoff method, including methodological developments, decision support systems, case studies, and applications. The book is structured into 28 chapters.
Multicriteria and Multiobjective Models for Risk, Reliability and Maintenance Decision Analysis
Being structured into 12 chapters, this book gathers concepts and multicriteria models for solving problems in the Risk, Reliability and Maintenance (RRM) context. It includes several research advances that resulted in most of the multicriteria decision models presented.
Decision support systems based on the Promethee method
CDSID makes available decision support systems based on the Promethee method.
- Promethee-ROC: a multicriteria method, based on PROMETHEE II, for ranking problematic with ROC and Ratio elicitation procedures.
- Promethee c-optimal: a multicriteria method for portfolio selection based on PROMETHEE V.