KnowraInput–output modelLinked fromLinked fromThe 17 pages that link to Input–output model, each with the reason it gives.All 17Broader topic 2Related 13Narrower topic 1Compared with 1FeedbackRelated: It makes the returning influence of an output easier to identify.AlgorithmRelated: It frames an algorithm as a procedure that maps problem instances to results.Negative feedbackRelated: Feedback requires an output that can influence the system’s later input or control signal.Central planningRelated: Its interindustry tables can help estimate the inputs required to meet production targets.Economic planningRelated: Planners use intersectoral requirements to test whether proposed targets fit together.Economic calculation problemRelated: It formalizes interdependent production requirements without by itself resolving how inputs should be valued.System boundaryRelated: Inputs and outputs cross the boundary and connect the system to its surroundings.Deterministic algorithmRelated: Determinism specifies how each fixed input maps to an output.Spectral radiusRelated: The spectral radius of its technical-coefficient matrix helps determine productive feasibility.Tjalling KoopmansRelated: It is a prominent application of production activities and interdependent resource constraints.Perron–Frobenius theoremRelated: Positive production matrices can use the theorem to characterize long-run proportional growth.Piero SraffaRelated: Sraffa’s production equations express inter-industry requirements in a related input-output form.Lawrence KleinRelated: Input–output relationships helped organize the sectoral detail in large economic models.