Title

Nonlinear Pricing with Finite Information

Document Type

Discussion Paper

Publication Date

1-1-2015

CFDP Number

1981

CFDP Pages

37

Abstract

We analyze nonlinear pricing with finite information. A seller offers a menu to a continuum of buyers with a continuum of possible valuations. The menu is limited to offering a finite number of choices representing a finite communication capacity between buyer and seller. We identify necessary conditions that the optimal finite menu must satisfy, either for the socially efficient or for the revenue-maximizing mechanism. These conditions require that information be bundled, or “quantized” optimally. We show that the loss resulting from using the n -item menu converges to zero at a rate proportional to 1 = n 2 . We extend our model to a multi-product environment where each buyer has preferences over a d dimensional variety of goods. The seller is limited to offering a finite number n of d -dimensional choices. By using repeated scalar quantization, we show that the losses resulting from using the d -dimensional n -class menu converge to zero at a rate proportional to d = n 2 / d . We introduce vector quantization and establish that the losses due to finite menus are significantly reduced by offering optimally chosen bundles.

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