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465
Dynamic Systems theory
| Question | Answer |
|---|---|
| What is Dynamic Systems Theory (DST)? | A theory that proposes behavior emerges from the interaction of multiple subsystems over time. |
| What is a dynamic system? | A complex system that changes over time due to interactions between multiple subsystems, often in nonlinear ways. |
| What does “nonlinear change” mean in DST? | Behavior does not change in a steady or predictable way; it can be variable and sudden. |
| What are personal resources? | Individual characteristics and abilities that influence movement (e.g., strength, vision, motivation). |
| Give examples of personal resources | Strength, perception, cognition, neuromotor system, motivation, postural control. |
| What is meant by developmental trajectories? | Each personal resource develops at a different rate over time. |
| What are the three constraints in Newell’s model? | Individual (personal resources) Task Environment |
| How do constraints affect behavior? | Behavior emerges from the interaction of these three constraints. |
| What is self-organization? | The spontaneous emergence of coordinated behavior from interacting subsystems. |
| Are behaviors continuous in DST? | Yes, behaviors develop continuously and build on each other. |
| Can behavioral patterns be stable or unstable? | Yes, both. |
| What is context? | The environmental and situational conditions surrounding a behavior. |
| What is a task? | The goal or objective of a movement. |
| What is an attractor? | A preferred pattern of movement (e.g., walking vs. crawling). |
| What is an attractor well? | A representation of how stable a movement pattern is. |
| What is a nonlinear phase shift? | A sudden change from one movement pattern to another. |
| What is a control parameter? | The factor that triggers a shift to a new behavior. |
| What are intrinsic dynamics? | The internal properties of a system that influence behavior without task demands. |
| What are collective variables? | A: Simplified measures that describe coordinated movement patterns. |
| What does modeling the attractor dynamic mean? | Explaining movement behavior using physical laws. |
| Why don’t infants suddenly start walking? | Because behavior emerges from interacting subsystems and requires a control parameter to trigger change. |
| Why might behavior vary during learning? | Because the system is unstable and exploring new movement patterns. |
| How does DST differ from maturation theory? | DST emphasizes interaction of multiple factors, not just biological development. |