Budget-constrained, Capacitated Hub Location to Maximize Expected Demand-Coverage in Fixed-wireless (Broadband-access) Telecommunication Networks

This paper studies a model of telecommunication network installation by companies in the Broadband-access business, specialized to the fixed-wire case. Under stochastic demand (modeled using scenarios), we maximize expected demand coverage subject to a budget constraint on hub installation, and technological (crane-rain radius, line-of-sight, and limited capacity) constraints at each demand location where a hub is installed. [...]

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Year of publication:	2003
Authors:	Bollapragada, Ramesh ; Li, Yanjun ; Rao, Uday S.
Institutions:	College of Business Administration <Cincinnati, Ohio>
Published in:	University of Cincinatti - College of Business - Supply Chain@UC Publications/Working Papers
Subject:	Netzwerk \| Telekommunikation \| telecommunication \| Standortplanung \| Nachfrage \| demand function equilibria

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1 Introduction
2 Literature Review
3 Problem Modeling
4 Solution Approach and Analysis
4.1 Model Properties
4.2 A Greedy Algorithm for Hub Location
4.3 Analysis of the Greedy Algorithm
5 Computational Results
5.1 Data Generation
5.2 Solution Quality
6 Summary
Appendix
References

Persistent link: https://www.econbiz.de/10005869509