7 - Adaptive agents Flashcards
What is subsistence?
When an agent or organism maintains or supports oneself often minimally
What interactions are the focus of subsistence?
- patch-agent interaction
- patch-agent-agent interactions
What is resilience?
- capacity of a system to recover from hardship and external fluctuations
What is a resilient model?
A model that is able to return to its original state after hardship and external fluctuation
What are the 2 types of variability in resilient systems? **
- Spatial variability (Clustering of resources or other ‘external factors’ that differ across the
environment) - Temporal variability (Environmental changes that fluctuate over time)
What are the 2 foraging algorithms?
- Optimal foraging theory
- Marginal value theorem
What is the optimal foraging theory?
- resource acquisition behaviour that maximize net benefit (after accounting for costs)
What is the marginal value theorem?
Point of departure where a current location drops below the average return rate of the environment
What are the different kinds of population dynamics?
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What are the different behaviors of agents in the Crema Fission Fusion Model?
- solo (find an empty patch and forage on their own)
- fusion (find another group and join them)
- merge (find a nearby agent and set out on an empty patch together
Give an example where you can apply social and tragedy of the commons in a model
Can be used as a model of how agents interact and negotiate the use of common resources
True or False: Optimizing self-interest can strengthen a system
False (Self-interest drives a system to collapse because it no longer benefits anyone)
What is the prisoner’s dilemma?
It is a game theory that mathematically models the interactions between agents trying to optimize individual utility while outwitting their component
What are the 2 different types of models?
- Emulation-driven models
- Exploration driven models
What is a emulation-driven model?
Data-driven model with a high degree of realism and validated against datasets . Meticulously derive parameters from data