Interpretive Structural Modeling: Difference between revisions
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'''Interpretative Structural Modeling''' (ISM) is a general purpose analysis and decision support technique. It was invented by [[John N. Warfield]]. It provides a structured method for dealing with complex situations. It generates a visual map of the situation (or problem) that is used to obtain new insights, and construct new approaches to the problem at hand. ISM incorporates pair-wise comparison, Transitive Logic and Concept Synthesis to construct a visual map of the situation. | '''Interpretative Structural Modeling''' (ISM) is a general purpose analysis and decision support technique. It was invented by [[John N. Warfield]]. It provides a structured method for dealing with complex situations. It generates a visual map of the situation (or problem) that is used to obtain new insights, and construct new approaches to the problem at hand. ISM incorporates pair-wise comparison, Transitive Logic and Concept Synthesis to construct a visual map of the situation. | ||
The ISM Algorithm is embedded in [[ISM Software]] such as in [[Cogniscope Software]], [[IdeaPrism]], [[Logosofia]], and [[ | The ISM Algorithm is embedded in [[ISM Software]] such as in [[Cogniscope Software]], [[IdeaPrism]], [[Logosofia]], and [[Concertina]]. | ||
Latest revision as of 01:30, 10 July 2019
Interpretative Structural Modeling (ISM) is a general purpose analysis and decision support technique. It was invented by John N. Warfield. It provides a structured method for dealing with complex situations. It generates a visual map of the situation (or problem) that is used to obtain new insights, and construct new approaches to the problem at hand. ISM incorporates pair-wise comparison, Transitive Logic and Concept Synthesis to construct a visual map of the situation.
The ISM Algorithm is embedded in ISM Software such as in Cogniscope Software, IdeaPrism, Logosofia, and Concertina.