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Blocking Predation in Cellular Monopoly Through Non-Linear Spectrum Pricing

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Predation refers to the strategic reduction of market price by a monopolist in order to eradicate its potential competitors. We investigate this strategy in a single service provider (SP) dominated… Click to show full abstract

Predation refers to the strategic reduction of market price by a monopolist in order to eradicate its potential competitors. We investigate this strategy in a single service provider (SP) dominated cellular network for two different cases: 1) when a new contender attempts to enter into the network and 2) when the contender has already entered and is co-existing with the dominant SP. In both the cases, the sole objective of the predating SP is driving its opponent into losses, therefore discouraging its entry/stay in the market. In this letter, with the assumption that the government is sole provider of bandwidth and infrastructure, we establish the followings: 1) if the spectrum pricing is linear, then the pre-existing SP can always succeed in predation and 2) on the other hand, if government switches to quadratic spectrum pricing, then it is always possible to restrain the predatory behavior.

Keywords: spectrum pricing; predation cellular; predation; blocking predation

Journal Title: IEEE Communications Letters
Year Published: 2017

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