Definitionv1
Stopping rule: a pre-defined criterion or condition that
Stopping rule: a pre-defined criterion or condition that determines when an optimization effort should cease, consisting of three components: a threshold (what constitutes sufficient improvement), a metric (how to measure progress toward that threshold), and a trigger (what action to take when the threshold is met).
Why This Is a Definition
This definition precisely delineates the concept of a stopping rule by specifying its essential components and function. It establishes the rule as a structured, pre-commitment mechanism rather than an ad-hoc decision, which is the key distinction emphasized in the lesson. The definition distinguishes stopping rules from mere thresholds by requiring the complete triad of threshold, metric, and trigger.
Connections
Defines (30)
AxiomWorking Memory Capacity LimitAxiomExponential Information DecayAxiomExtended Cognition ThesisAxiomDirected Attention as Depletable ResourceAxiomHindsight Bias and Calibration NecessityAxiomHabits as Context-Response AssociationsAxiomExpertise Transforms Perceptual ChunkingAxiomLinguistic Structuring of ThoughtAxiomAutomatic Fusion of Observation and InterpretationAxiomDual Coding Theory: Verbal and Visual ChannelsAxiomConversational Memory Asymmetry From Production PlanningAxiomUltradian and Circadian Cognitive RhythmsAxiomNeural Plasticity Enables Lifelong Automatic LearningAxiomPerceptual Plasticity Through TrainingAxiomEmotion as Systematic Cognitive ModulatorAxiomGlucose-Cognition Dependency ThresholdAxiomBias Blind Spot AsymmetryAxiomExpertise as Domain-Specific Schema OrganizationAxiomConsciousness Requires Global Neural IntegrationAxiomCognition Operates Through Dual Processing SystemsAxiomHierarchical Chunking Expands CapacityAxiomDunbar's Number Limits Stable RelationshipsAxiomBasic-Level Category PrivilegeAxiomConstrual Level Effects on PerceptionAxiomPiagetian Equilibration Through Schema DynamicsAxiomReference class forecasting (using base rates from similarAxiomHuman beings make decisions under conditions of incompleteAxiomExpert performance in complex domains requires deliberateAxiomDefault options determine behavior more reliably thanAxiomRegulatory flexibility—the ability to shift between