Dynamic pricing, capacity control, or revenue management?
Use the scarce resource and the control variable to distinguish a price change from an allocation problem.
| Synthetic problem object | What is scarce? | Primary control | Time boundary | Evidence needed before naming it |
|---|---|---|---|---|
| Segment price revision | Price flexibility or willingness to pay is being tested; no capacity constraint is declared. | Price | Review period, not necessarily a finite resource horizon | Demand response, customer terms, objective, and experiment or review design. |
| Fixed-price reservation queue | Acceptance slots or service capacity are limited. | Acceptance and priority | Booking or service horizon | Remaining capacity, request class, service promise, and rejection or deferral rule. |
| Multiproduct constrained resource | Several products consume one scarce resource. | Price, acceptance, or both | Finite allocation horizon | Resource units, product consumption, demand state, cross-effects, and outcome. |
| B2B targeted quote policy | Buyer state and quote response are being modeled; capacity may or may not bind. | Price and relationship treatment | Observation and decision window | Transaction history, price endogeneity, state definition, and model counterfactual label. |
| Capacity model with no price movement | Price is fixed, but the system protects capacity by selecting requests. | Capacity control | Finite horizon | Acceptance rule, capacity balance, request value, and service consequences. |
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Reference & Evidence
Source: Author's diagnostic framework. Rows are synthetic problem descriptions built from the source distinctions; they are not industry cases, company data, or performance claims.
Each line is a claim from the register this journal publishes against, resolved from the register at build time.
- A The model, verbatim: "a firm that owns a fixed capacity of a resource that is consumed in the production or delivery of multiple products" maglaras-meissner-2006-dynamic-pricing-revenue-management ·
MM06-C1 - A Two variants, not one: "we consider two well studied variants of this problem": price-setting under market power, and capacity control at fixed prices maglaras-meissner-2006-dynamic-pricing-revenue-management ·
MM06-C2 - A The reduction is the contribution: both problems reduce to a formulation "in which the firm controls the aggregate rate at which all products jointly consume resource capacity" maglaras-meissner-2006-dynamic-pricing-revenue-management ·
MM06-C3 - A Two latent states, named in the paper: "a “vigilant” state that is characterized by heightened price sensitivity and a cautious approach to ordering and a “relaxed” state with purchase behaviors that are consistent with high relational trust", and "the seller's pricing decisions can transition buyers between these two states". One industrial-consumables retailer, longitudinal transactions zhang-netzer-ansari-2014-dynamic-targeted-pricing ·
ZNA14-C1
Grades: A, verified against the printed page of the primary source · B, primary source, text layer only · C, authoritative secondary · D, reported.
Related exhibits
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Which control is doing the work?
From the essay Revenue management versus dynamic pricing
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The revenue-management control record
From the essay Revenue management versus dynamic pricing
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The synthetic revenue growth management composition
From the essay What is revenue growth management? Price, volume, mix, and margin in one system