17–19 Sept 2026
ETH Zürich
Europe/Zurich timezone

A Modular Simos-Roy-Figueira Framework for Tailored Weight Elicitation and Its Software Support

17 Sept 2026, 16:00
20m
Siemens Auditorium (HIT E 51) (ETH Zürich)

Siemens Auditorium (HIT E 51)

ETH Zürich

Wolfgang-Pauli-Strasse 27, 8093 Zürich, Switzerland
Regular Presentation Regular session

Speaker

River Huang (Laboratory for Energy Systems Analysis, PSI Centers for Nuclear Engineering & Sciences and Energy & Environmental Sciences)

Description

The SRF deck-of-cards procedure is widely recognized as an intuitive method for eliciting criteria weights in outranking Multi-Criteria Decision Aiding methods. However, its numerous extensions, covering imprecise or fuzzy inputs, robustness analysis, hierarchical criteria structures, and diverse communication protocols, have developed independently.
Although these variants share the same underlying deck-of-cards mechanism and are, in principle, mutually compatible, the literature offers little guidance on how to combine them coherently or design new SRF configurations for a given decision context. This paper fills that gap by introducing a modular SRF framework that decomposes existing and new methods into a set of interoperable building blocks. To operationalize this framework, we present a browser-based software, which integrates a guided questionnaire to support component selection for novice and expert users alike. The resulting system not only improves methodological clarity and robustness but also offers a practical environment for experimentation, education, and methodological innovation in MCDA.

Keywords Multiple Criteria Decision Aiding; SRF method; Deck-of-Cards Method; consistency restoration; weight elicitation
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Author

River Huang (Laboratory for Energy Systems Analysis, PSI Centers for Nuclear Engineering & Sciences and Energy & Environmental Sciences)

Co-authors

Miłosz Kadziński Prof. José Rui Figueira (Instituto Superior Técnico) Prof. Salvatore Corrente (University of Catania) Prof. Eleftherios Siskos (Technical University of Crete) Dr Peter Burgherr (Paul Scherrer Institute)

Presentation materials