Property rights and information flows: a simulation approach

Authored by Max Boisot, Ian C. MacMillan, Kyeong Seok Han

Date Published: 2007-02

DOI: 10.1007/s00191-006-0031-7

Sponsors: Wharton-SMU Research Center of Singapore Management University

Platforms: Swarm

Model Documentation: Other Narrative

Model Code URLs: Model code not found

Abstract

With the growth of the information economy, the proportion of knowledge-intensive goods to total goods is constantly increasing. Lessig (The future of ideas: the fate of the commons in a connected world. Vintage, New York 2001) has argued that IPRs have now become too favourable to existing producers and that their `winner-take-all' characteristics are constraining the creators of tomorrow. In this paper we look at how variations in IPRs regimes might affect the creation and social cost of new knowledge in economic systems. Drawing on a conceptual framework, the Information Space or I-Space to explore how the uncontrollable diffusibility of knowledge relates to its degree of structure, we deploy an agent-based modelling approach to explore the issue of IPRs. We take the ability to control the diffusibility of knowledge as a proxy measure for an ability to establish property rights in such knowledge. Second, we take the rate of obsolescence of knowledge as a proxy measure for the degree of turbulence induced by different regimes of technical change. Then we simulate the quantity and cost to society of new knowledge under different property right regimes.

Tags

agent-based simulation Knowledge management evolutionary modelling information flows intellectual property rights