Linked from

The 51 pages that link to Feedback, each with the reason it gives.

• AutomationRelated: Automated systems use feedback to adjust actions as conditions change.

• Control theoryRelated: Feedback lets a controller correct deviations using measurements of the system’s output.

• EmergenceRelated: Feedback can amplify or dampen local changes, shaping system-level patterns.

• PhysiologyRelated: Feedback loops regulate physiological processes, including hormone release and body temperature.

• CyberneticsRelated: Feedback is the central mechanism cybernetics uses to explain self-regulation.

• HysteresisRelated: Feedback can create or reinforce multiple stable responses and switching thresholds.

• RehearsalRelated: Notes and responses help performers revise choices between attempts.

• AgencyRelated: Feedback lets agents adjust actions as their effects become apparent.

• Signal transductionRelated: Feedback loops tune pathway duration, sensitivity, and stability.

• Norbert WienerRelated: Feedback is the control principle Wiener used to connect organisms, machines, and social systems.

• Agent-based modelRelated: Agents’ responses can alter conditions that shape later responses, producing reinforcing or balancing loops.

• Nonlinear systemRelated: Feedback loops often generate the nonlinear responses modeled by these systems.

• Frequency responseRelated: Frequency response helps determine whether feedback improves tracking or causes oscillation.

• TeleologyRelated: Negative feedback can correct deviations from a target state and mimic purposive adjustment.

• Gene regulatory networkRelated: Feedback among regulators can stabilize expression or generate dynamic responses.

• Flow (psychology)Related: Direct signals let people adjust performance while the activity continues.

• Systems theoryRelated: Feedback links a system's behavior to the conditions that shape its next state.

• Analog signalRelated: Analog circuits use feedback to control gain, stability, and response.

• ExpertiseRelated: Accurate feedback helps practitioners correct errors and refine performance.

• Phase-locked loopNarrower topic: The loop continually feeds its measured phase error back to the oscillator.

• AudienceRelated: Audience reactions can provide immediate feedback to a presenter.

• GamificationRelated: Timely signals help participants judge whether their actions are moving them toward a goal.

• AutomatonRelated: Feedback lets an automaton adjust its behavior to changing conditions rather than repeat a fixed sequence.

• Interactive artRelated: Feedback lets an artwork change in response to the consequences of participants’ actions.

• Lee de ForestRelated: De Forest’s Audion circuits could use feedback to produce sustained radio-frequency oscillations.

• Nonlinear dynamicsRelated: Feedback can amplify or damp changes, shaping a nonlinear system's evolution.

• Nyquist stability criterionNarrower topic: The criterion analyzes stability specifically in a feedback loop.

• AutopilotNarrower topic: An autopilot repeatedly compares measured aircraft motion with its selected targets.

• Gregory BatesonRelated: Bateson used feedback to describe how organisms and relationships regulate behavior.

• Switch-mode power supplyRelated: Output sensing lets the controller correct voltage changes caused by load or input variation.

• ElectronicsRelated: Feedback sets gain, stability, and response in many electronic circuits.

• Harry NyquistNarrower topic: His stability criterion analyzes systems whose outputs feed back into their inputs.

• Systems analysisRelated: Feedback can amplify or damp changes, shaping behavior that component-by-component inspection misses.

• Generative artRelated: Feedback allows generated forms to evolve in response to their own previous states.

• OrganicismRelated: Feedback loops connect an organism's parts into dynamically regulated wholes.

• Complex systemRelated: Feedback loops amplify or dampen changes across interacting components.

• Control systemRelated: Feedback lets the system compare actual behavior with its target and correct deviations.

• Communication theoryRelated: Feedback makes communication interactive and allows correction or adaptation.

• HolismRelated: Feedback shows how relations among parts can sustain or alter a whole's behavior.

• MechatronicsRelated: Feedback lets a machine adjust its actions when measured behavior differs from its target.

• Management control systemRelated: Managers use performance feedback to adjust plans, behavior, or resource use.

• Electronic artRelated: Feedback can make sound, images, or movement evolve within an electronic artwork.

• Negative impedance converterNarrower topic: The converter’s impedance transformation depends on a deliberately arranged feedback loop.

• Nick LandBroader topic: Positive feedback helps explain how Land imagines technical and economic change intensifying itself.

• Electronic circuitRelated: Feedback can stabilize, amplify, or generate circuit behavior.

• Jay Wright ForresterNarrower topic: Feedback loops are the central structure in Forrester’s system-dynamics models.

• Biological phenomenaRelated: Feedback loops can stabilize biological conditions or amplify change.

• Body & organ systemsNarrower topic: Negative feedback lets organ systems correct departures from stable internal conditions.

• Home (verb)Related: Feedback lets a homing system correct its course as conditions change.

• Old mediaRelated: Letters, calls, and ratings provided slower, narrower responses than digital interaction.