The Structure of Ill Structured Problems

Keywords

Problem solver, Computer science, Solver, Process (computing), Artificial intelligence

References

• Understanding written problem instructions.John R. Hayes, Herbert A. Simon — 1974
• A Paradigm for Reasoning by AnalogyRobert E. Kling — 1971
• Cognition and ThoughtGregory R. Lockhead — 1966
• Understanding natural languageTerry Winograd — 1972
• Human Problem Solving.Nick Axten, Allen Newell, Herbert A. Simon — 1973
• Notes on the Synthesis of FormBruno Vayssière, Christopher Alexander — 1965
• Chess-Playing Programs and the Problem of ComplexityAllen Newell, James Shaw, Herbert A. Simon — 1958
• Notes on the Synthesis of FormChristopher W. Alexander — 1964
• In semantic information processingH. R. Quillian — 1968

Cited by

• Imagining in the spatial design processMarisha B. McAuliffe — 2013
• Adapting a Process Model of Initial Representation Formation to a Knowledge Management ApplicationDolphy M. Abraham, Rahul Dé — 1999
• Expert conceptualizations of the domain of instructional design: An investigative study on the deep assessment methodology for complex problem-solving outcomesDeniz Eseryel — 2006
• Learning to Specify Information Requirements: The Relationship between Application and MethodologyIris Vessey, Sue Conger — 1993
• Antecedents of Entrepreneurial Decision-Making: Prediction and Control Oriented StrategiesGraciela Kuechle, Béatrice Boulu-Reshef, Sean Carr — 2014
• Poetic design: an exploration of the parallels between expert poetry composition and innovative design practiceErin L. Beatty, Linden J. Ball — 2010
• Quantifying insightful problem solving: a modified compound remote associates paradigm using lexical priming to parametrically modulate different sources of task difficultyEva Hegyesi Orsos, Katalin Bohn, Gabor Fleck — 2018
• Distributed Cognition in Software Design: An Experimental Investigation of the Role of Design Patterns and CollaborationGeorge Mangalaraj, Sridhar Nerur, RadhaKanta Mahapatra — 2014
• Aide à la conception de légendes personnalisées et originales : proposition d'une méthode coopérative pour le choix des couleursSidonie Christophe — 2009
• Aspects and objects : a unified software design frameworkSaqib Iqbal — 2013
• From brains to branch points: cognitive constraints in navigational designSusanne Jul, George W. Furnas — 2004
• A study of how individuals solve complex and ill-structured problemsRonald Fernandes, Herbert A. Simon — 1999
• Design Problems, Frames and Innovative SolutionsMartin Džbor — 2009
• Expertise in Counseling Psychology: A Concept in Search of SupportJames W. Lichtenberg — 1997
• Il: an artificial intelligence approach to theory formation in mathematicsMichael H. Sims, Saul Amarel — 1990
• The Potential of Agent-Based Simulation for Decision Support in Politics: The Case of Multicultural SocietiesChristian Suchan, Björn-Christopher Witte, Nadine Hoser — 2012
• Design Synthesis: A Model of Hierarchical Case-Based ReasoningBarry Smyth, Donal Finn, Mark T. Keane — 1993
• Comportement non verbal et situation d'interaction : quand la gestuelle des mains revendique un rôle cognitif de support des représentations pour la résolution de problèmeFabien Beltrame — 2006
• The Strategic Thinking of Novice Designers: Discontinuity between Theory and Practice.Malcolm Welch, Hee Sook Lim — 2000
• Conception de l’artefact, conception du collectif : dynamique d’un processus de conception ouvert et continu dans une communauté de développement de logiciels libres. Résumé de la thèse de doctorat en ErgonomieFlore Barcellini — 2009

Related papers

• A Scalable Problem-Solver for Large Knowledge-BasesShaw‐Yi Chaw, Ken Barker, Bruce Porter — 2009
• Solver's structures of a problem situation and their global restructingKazuhiko Nunokawa — 1994
• The VeRoLog solver challenge 2016–2017Wout Dullaert, Joaquim Gromicho, J.J. van Hoorn — 2018