Portal:Practices

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'''Practice''' is... ''please give a short description of what a practice is''.
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Articles from the '''Practices''' portal present instances of similar practices in Foresight. The articles typically include referential content migrated from the FOR-LEARN platform, as well as descriptions of the usage of a Foresight method in the context of several Foresight exercises.
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* [[Practices:Environmental Scanning & Monitoring|Environmental Scanning & Monitoring]]
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* [[Practices:System Dynamics|System Dynamics]]
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* [[Practices:Structural Analysis|Structural Analysis]]
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* [[Practices:Agent Modelling|Agent Modelling]]
* [[Practices:Agent Modelling|Agent Modelling]]
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* [[Practices:SWOT Analysis|SWOT Analysis]]
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* [[Practices:Anticipatory Anthropology|Anticipatory Anthropology]]
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* [[Practices:Trend Intra & Extrapolation|Trend Intra & Extrapolation]]
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* [[Practices:Backcasting|Backcasting]]
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* [[Practices:Modelling & Simulation|Modelling & Simulation]]
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* [[Practices:Causal Layered Analysis|Causal Layered Analysis]]
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* [[Practices:Gaming|Gaming]]
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* [[Practices:Creativity Methods|Creativity Methods]]
* [[Practices:Creativity Methods|Creativity Methods]]
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* [[Practices:Critical & Key Technology Study|Critical & Key Technology Study]]
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* [[Practices:Critical Futures|Critical Futures]]
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* [[Practices:Cross-Impact Analysis|Cross-Impact Analysis]]
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* [[Practices:Delphi survey|Delphi survey]]
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* [[Practices:Environmental Scanning & Monitoring|Environmental Scanning & Monitoring]]
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* [[Practices:Ethnographic Futures Framework|Ethnographic Futures Framework]]
* [[Practices:Expert Panels|Expert Panels]]
* [[Practices:Expert Panels|Expert Panels]]
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* [[Practices:Delphi survey|Delphi survey]]
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* [[Practices:Futures Wheels|Futures Wheels]]
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* [[Practices:Backcasting|Backcasting]]
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* [[Practices:Gaming|Gaming]]
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* [[Practices:Integral Futures|Integral Futures]]
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* [[Practices:Modelling & Simulation|Modelling & Simulation]]
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* [[Practices:Morphological Analysis & Relevance Trees|Morphological Analysis & Relevance Trees]]
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* [[Practices:Multi-Criteria Analysis|Multi-Criteria Analysis]]
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* [[Practices:Remote Viewing|Remote Viewing]]
* [[Practices:S&T Roadmapping|S&T Roadmapping]]
* [[Practices:S&T Roadmapping|S&T Roadmapping]]
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* [[Practices:Critical & Key Technology Study|Critical & Key Technology Study]]
 
* [[Practices:Scenario Building|Scenario Building]]
* [[Practices:Scenario Building|Scenario Building]]
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* [[Practices:Morphological Analysis & Relevance Trees|Morphological Analysis & Relevance Trees]]
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* [[Practices:Structural Analysis|Structural Analysis]]
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* [[Practices:Cross-Impact Analysis|Cross-Impact Analysis]]
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* [[Practices:SWOT Analysis|SWOT Analysis]]
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* [[Practices:Multi-Criteria Analysis|Multi-Criteria Analysis]]
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* [[Practices:System Dynamics|System Dynamics]]
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* [[Practices:Trend Intra & Extrapolation|Trend Intra & Extrapolation]]
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* [[Practices:Visioning|Visioning]]
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* [[Practices:Visualization|Visualization]]
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[[Practices:Modelling & Simulation|Modelling & Simulation]] is a method, which aims at developing a level of understanding of the interrelations and interdependencies between the parts of a system, and of the system as a whole. A model is a simplified representation of a real system, which is produced to develop understanding on how the actual system works. Simulation is a usually computerized version of the model which is run over time to study the behavior of the system and its elements under different circumstances. Computer simulation has become an integral part of modelling many natural systems, which can be found in physics, chemistry and biology; and human and social systems as well as in engineering. Some of the common objectives of Modelling and Simulation evaluation of decision or alternative actions, development of alternative scenarios, forecasting, evaluation strategies for transformation or change, prototyping and concept evaluation, risk and safety assessment, support for acquisition and procurement decisions.  
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'''[[Practices:Modelling & Simulation|Modelling & Simulation]]''' is a method which aims at developing a level of understanding of the interrelations and interdependencies between the parts of a system, and of the system as a whole. A model is a simplified representation of a real system, which is produced to develop understanding on how the actual system works. Simulation is a usually computerized version of the model which is run over time to study the behavior of the system and its elements under different circumstances. Computer simulation has become an integral part of modelling many natural systems, which can be found in physics, chemistry and biology; and human and social systems as well as in engineering. Some of the common objectives of Modelling and Simulation evaluation of decision or alternative actions, development of alternative scenarios, forecasting, evaluation strategies for transformation or change, prototyping and concept evaluation, risk and safety assessment, support for acquisition and procurement decisions.  
[[Practices:Modelling & Simulation| '''(more...)''']]
[[Practices:Modelling & Simulation| '''(more...)''']]
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Current revision as of 11:55, 24 October 2010

Foresight Wiki portals: Clarifications · Narratives · Practices · Repository

The Practices Portal

Articles from the Practices portal present instances of similar practices in Foresight. The articles typically include referential content migrated from the FOR-LEARN platform, as well as descriptions of the usage of a Foresight method in the context of several Foresight exercises.

List of articles

Featured article

Modelling & Simulation is a method which aims at developing a level of understanding of the interrelations and interdependencies between the parts of a system, and of the system as a whole. A model is a simplified representation of a real system, which is produced to develop understanding on how the actual system works. Simulation is a usually computerized version of the model which is run over time to study the behavior of the system and its elements under different circumstances. Computer simulation has become an integral part of modelling many natural systems, which can be found in physics, chemistry and biology; and human and social systems as well as in engineering. Some of the common objectives of Modelling and Simulation evaluation of decision or alternative actions, development of alternative scenarios, forecasting, evaluation strategies for transformation or change, prototyping and concept evaluation, risk and safety assessment, support for acquisition and procurement decisions. (more...)


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