17. Quantum Models of Cognition and Decision
- 싸이그래머 / 인지모델링 : 파트3 - 수리심리학 [1]
- 김무성
Contents
- Reasons for a Quantum Approach to Cognition and Decision
- Preliminary Concepts, Definitions, and Notations
- Quantum Compared to Classical Probabilities
- Application to Probability Judgment Errors
- Quantum Dynamics
- Application to Decision Making
- Concluding Comments
Reasons for a Quantum Approach to Cognition and Decision
- Judgments Are Based upon Indefinite and Uncertain Cognitive States
- Judgments Create Rather Than Record a Cognitive State
- Judgments Disturb Each Other Producing Order Effects
- Judgments Do Not Always Obey Classical Logic
Preliminary Concepts, Definitions, and Notations
Quantum Compared to Classical Probabilities
- Events
- System State
- State Revision
- Commutativity
- Violations of the Law of Total Probability
Application to Probability Judgment Errors
Quantum Dynamics
- State Space
- Initial State
- State Transitions
- Response Probabilities
Application to Decision Making
- Two-Stage Gambling Paradigm
- Markov Dynamic Model for Two-Stage Gambles
- Quantum Dynamic Model for HW 0 Two-Stage Gambles
- Model Comparisons