Technology Advancement in Network Markets and Agent Bargaining

I extend the Katz and Shapiro (1985) oligopoly model with network effects to encompass products with differing technological levels. I focus on a version of the model in which firms can invest in order to improve the probability that they advance their technology from a low level to a high level. I...

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Main Author: Ingersoll, William Robert
Other Authors: Reynolds, Stanley
Language:en_US
Published: The University of Arizona. 2016
Subjects:
Online Access:http://hdl.handle.net/10150/596000
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spelling ndltd-arizona.edu-oai-arizona.openrepository.com-10150-5960002016-02-11T03:00:34Z Technology Advancement in Network Markets and Agent Bargaining Ingersoll, William Robert Reynolds, Stanley Reynolds, Stanley Fishback, Price V. Stegeman, Mark Walker, Mark Economics Experiment Industrial Organization Networks Technology Bargaining I extend the Katz and Shapiro (1985) oligopoly model with network effects to encompass products with differing technological levels. I focus on a version of the model in which firms can invest in order to improve the probability that they advance their technology from a low level to a high level. I find that better available technology, lower adoption costs, and stronger network effects increase the rate of technological advancement and social welfare. Incompatible networks have lower total surplus but higher adoption rates. The investment competition dissipates to some degree the potential producer rents from successful advancement, particularly in the incompatible network case where increased competition can result in lower total welfare. A policy imposing a technology standard (via a high type technology requirement) yields the highest adoption rates, but negatively affects overall welfare. Analysis of the optimal tax/subsidy policy shows that taxes are optimal in most cases, since the private incentive to advance technology outweighs the social incentive. Negotiations in the real world can rarely be represented by a simple bargaining session between two parties. Agent bargaining, when one player represents another party in a bargaining situation for some form of compensation, is one such complicating circumstance from the real world. I explore the effects that this third entity has on the outcome of negotiations. I conduct a laboratory experiment emulating a simple example of agent bargaining. I test a hypothesis formulated using sequential-Nash-bargaining and also propose behavioral explanations for the observed behavior. I find that sequential-Nash-bargaining does a poor job of explaining our observations, and that using a weighted minimization of the differences between each of the three parties as a focal point provides a promising alternative. 2016 text Electronic Dissertation http://hdl.handle.net/10150/596000 en_US Copyright © is held by the author. Digital access to this material is made possible by the University Libraries, University of Arizona. Further transmission, reproduction or presentation (such as public display or performance) of protected items is prohibited except with permission of the author. The University of Arizona.
collection NDLTD
language en_US
sources NDLTD
topic Economics
Experiment
Industrial Organization
Networks
Technology
Bargaining
spellingShingle Economics
Experiment
Industrial Organization
Networks
Technology
Bargaining
Ingersoll, William Robert
Technology Advancement in Network Markets and Agent Bargaining
description I extend the Katz and Shapiro (1985) oligopoly model with network effects to encompass products with differing technological levels. I focus on a version of the model in which firms can invest in order to improve the probability that they advance their technology from a low level to a high level. I find that better available technology, lower adoption costs, and stronger network effects increase the rate of technological advancement and social welfare. Incompatible networks have lower total surplus but higher adoption rates. The investment competition dissipates to some degree the potential producer rents from successful advancement, particularly in the incompatible network case where increased competition can result in lower total welfare. A policy imposing a technology standard (via a high type technology requirement) yields the highest adoption rates, but negatively affects overall welfare. Analysis of the optimal tax/subsidy policy shows that taxes are optimal in most cases, since the private incentive to advance technology outweighs the social incentive. Negotiations in the real world can rarely be represented by a simple bargaining session between two parties. Agent bargaining, when one player represents another party in a bargaining situation for some form of compensation, is one such complicating circumstance from the real world. I explore the effects that this third entity has on the outcome of negotiations. I conduct a laboratory experiment emulating a simple example of agent bargaining. I test a hypothesis formulated using sequential-Nash-bargaining and also propose behavioral explanations for the observed behavior. I find that sequential-Nash-bargaining does a poor job of explaining our observations, and that using a weighted minimization of the differences between each of the three parties as a focal point provides a promising alternative.
author2 Reynolds, Stanley
author_facet Reynolds, Stanley
Ingersoll, William Robert
author Ingersoll, William Robert
author_sort Ingersoll, William Robert
title Technology Advancement in Network Markets and Agent Bargaining
title_short Technology Advancement in Network Markets and Agent Bargaining
title_full Technology Advancement in Network Markets and Agent Bargaining
title_fullStr Technology Advancement in Network Markets and Agent Bargaining
title_full_unstemmed Technology Advancement in Network Markets and Agent Bargaining
title_sort technology advancement in network markets and agent bargaining
publisher The University of Arizona.
publishDate 2016
url http://hdl.handle.net/10150/596000
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