UnknownCollan, Mikael
Springer International Publishing (Cham, Switzerland , 2018) (eng) English9783319602073Studies in Fuzziness and Soft Computing1st ed.OPERATIONS RESEARCH; UnknownThis book offers a concise introduction and comprehensive overview of the state of the art in the field of decision-making and consensus modeling, with a special emphasis on fuzzy methods. It consists of a collection of authoritative contributions reporting on the decision-making process from different perspectives: from psychology to social and political sciences, from decision sciences to data mining, and from computational sciences in general, to artificial and computational intelligence and systems. Written as a homage to Mario Fedrizzi for his scholarly achievements, creative ideas and long lasting services to different scientific communities, it introduces key theoretical concepts, describes new models and methods, and discusses a range of promising real-world applications in the field of decision-making science. It is a timely reference guide and a source of inspiration for advanced students and researchers
Physical dimension
1 online resource (xxv, 488 p.)Unknownill. (in color.)
Summary / review / table of contents
Optimal Group Decision Making Can Help Decrease Poverty, Inequality, and Discrimination --
An Overview and Re-Interpretation of Paradoxes of Responsiveness --
Veto in Yes-no and Yes-no-abstain Voting Systems --
Power Indices for Finance --
The binomial decomposition of the single parameter family of GB welfare functions --
The logic of information and processes in the system-of-systems applications --
Decision-making Process using Hyperstructures and Fuzzy Structures in the Social Sciences --
Social Preferences through Riesz Spaces: A First Approach --
Coherent conditional plausibility: a tool for handling fuzziness and uncertainty under partial information --
Intuitionistic fuzzy interpretations of some formulas for estimation of preference degree --
Fuzzified Likert Scales in Group Multiple-criteria Evaluation --
Maximal Entropy and Minimal Variability OWA Operator Weights: A Short Survey of Recent Developments.