Linked from

The 34 pages that link to Feedback loop, each with the reason it gives.

• Algorithmic biasRelated: Predictions that shape future observations can amplify disparities across repeated deployments.

• Goodhart's lawRelated: Once a measure becomes a target, its effects feed back into the behavior it records.

• Game mechanicsRelated: Game systems use feedback loops to amplify or counteract player and system advantages.

• Game designRelated: Feedback loops can amplify or restrain advantages as a game progresses.

• Game balanceRelated: Positive feedback can let an early lead compound into an insurmountable advantage.

• PlayRelated: Responses from people, materials, or environments shape what happens next during play.

• Institutional racismRelated: Institutional inequalities can reproduce themselves through policies shaped by earlier unequal outcomes.

• Systems thinkingRelated: Feedback explains how system behavior can amplify or dampen change.

• Behavioral financeRelated: Rising prices can encourage buying, which pushes prices higher and reinforces optimism.

• Player agencyRelated: Visible responses teach players whether their actions affect the game.

• Recommender systemRelated: Displayed recommendations influence clicks, and those clicks train later recommendations.

• Emergent gameplayRelated: Feedback between player actions and system responses can amplify or redirect gameplay.

• Institutional discriminationRelated: Unequal outcomes can become inputs to later institutional decisions, compounding disadvantage.

• KanbanRelated: Regular review uses observed flow and outcomes to adjust the process.

• Limits to GrowthRelated: Reinforcing and balancing loops connect the model’s population, production, and resource variables.

• Simulation gameRelated: Player actions often trigger reinforcing or balancing cycles in the modeled system.

• Directed cycleRelated: Directed cycles provide graph models for feedback among system components.

• Boolean networkRelated: Feedback among variables helps generate persistent patterns and oscillations.

• GameplayRelated: Game feedback links player actions to consequences and subsequent choices.

• Interactive mediaRelated: Responses to user actions make interaction feel consequential and guide further choices.

• TamagotchiRelated: Care changes the pet’s condition, which in turn signals what care is needed.

• Collective behavior in networksRelated: Feedback can amplify small local changes into persistent network-wide patterns.

• Economic bubbleRelated: Rising prices can attract buyers, whose purchases push prices higher and strengthen expectations.

• Evolution (general usage)Related: Feedback can amplify small changes or stabilize a developing system.

• Game (video entertainment)Related: Games use feedback to signal consequences and shape continued play.

• Incremental gameRelated: More resources buy upgrades that generate still more resources.

• Robert J. ShillerRelated: Rising prices can encourage optimism and buying, which may push prices higher still.

• Video game designRelated: Feedback can stabilize game systems or amplify a player's advantage.