Abstract

We present a techno-economic analysis of a cellular market that operates within the licensed shared access (LSA) framework, consisting of a mobile network operator (MNO) that leases spectrum to a number of programme making and special events (PMSE) users. The MNO offers two quality-of-service (QoS) classes (high and low), differentiating the price based on the QoS class. The key question that we address is whether and to which extent the MNO has incentive to adopt this form of QoS-aware pricing. After getting some promising insights from the analysis of two case studies, we propose a general methodology. The first step is to model the parameters that are controlled by each PMSE user: (i) the way to choose between the two QoS classes and (ii) the available budget per QoS class. The second step is to compute the maximum revenue of the MNO. Our analysis reveals that the MNO can always tune the prices so as to maximise its revenue for the scenario where all users belong to the high QoS class. This is a consistent result throughout our study that holds for any considered set of user-controlled parameters and of technical parameters. We conclude that the adoption of QoS-aware pricing in an LSA market generates a tussle between the MNO and the regulator. The MNO has incentive to support fewer users but with high QoS and charge them more, which is not aligned with the regulator’s goal for social welfare maximisation.

Highlights

  • Introduction and related workLicensed shared access (LSA) [2] has been adopted in Europe as a promising paradigm to dynamically share licensed spectrum between different networks and technologies

  • We present a techno-economic analysis of a cellular market that operates within the licensed shared access (LSA) framework, consisting of a mobile network operator (MNO) that leases spectrum to a number of programme making and special events (PMSE) users

  • Our analysis reveals that the MNO can always tune the prices so as to maximise its revenue for the scenario where all users belong to the high QoS class

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Summary

Introduction

Introduction and related workLicensed shared access (LSA) [2] has been adopted in Europe as a promising paradigm to dynamically share licensed spectrum between different networks and technologies. LSA proposes a two-tier approach where the initial target use case considered mobile network operators (MNOs) leasing spectrum in the 2.3–2.4 GHz band from incumbent technologies like programme making and special events (PMSE) [3]. Though the adoption of LSA brings significant benefits from a technical perspective, a number of business challenges arise for the key stakeholders of the market (i.e., regulator, incumbent spectrum user, and LSA licensee). These include the MNO’s costs of Douros and Mähönen J Wireless Com Network (2020) 2020:234 additional infrastructure and the required modifications of the existing systems to support and manage the sharing procedure, as well as the license fees [5]. Business research on LSA is scarce [6,7,8] and focuses on the qualitative domain, without offering quantitative results on whether LSA schemes are techno-economically attractive

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