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Polytely (from Greek roots meaning 'many goals') can be described as frequently, complex problem-solving situations characterized by the presence of not one, but several goals, endings.
Modern societies face an increasing incidence of various complex problems. In other words, the defining characteristics of our complex problems are a large number of variables (complexity) that interact in a nonlinear fashion (connectivity), changing over time (dynamic and time-dependent), and to achieve multiple goals (polytely).
See also[]
- Cognitive Science
- Dietrich Dörner
- Concurrent computing
- Coordination Theory
- Game theory
- Goal-oriented
- MCDA
- Multiobjective optimization
- Multi-agent system
- Network Science
- Organizational Studies
- Outcomes
- Polycentric law
- Problem solving
- Systems Theory
External links[]
- Decision Making for Complex Socio-technical Systems
- Dynamic systems as tools for analysing human judgement
- Complex problem solving as a mediator between basic cognition and real-world functioning
- Complex Problem Solving: Identity Matching Based on Social Contextual Information
- A study of how individuals solve complex and ill-structured problems
- The role of emotions in complex problem-solving
- Problem solving: its origin
- Complex Problem Solving
Global structure in Systems, Systems theories and Systems scientists
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Categories | Category:Systems · Category:Conceptual systems · Physical systems |
Articles | System · Conceptual systems · Information systems · Physical systems |
Fields of theory | Catastrophe theory · Chaos theory · Complex adaptive system · Complex systems · Cybernetics ·Multi-agent system ·Systems biology · Systems engineering · Systems theory |
Systems scientists | William Ross Ashby · Ludwig von Bertalanffy · Kenneth E. Boulding · C. West Churchman · Heinz von Foerster · Charles François · Jay Forrester · Niklas Luhmann · Warren McCulloch · Humberto Maturana · Talcott Parsons · Ilya Prigogine · Anatol Rapoport · Francisco Varela · Norbert Wiener |
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