Proposing Dynamic Model of Functional Interactions of IoT Technological Innovation System by Using System Dynamics and Fuzzy DEMATEL
Mohammad Mousakhani, Fatemeh Saghafi, Mohammad Hasanzadeh, Mohammad, Ebrahim Sadeghi

TL;DR
This paper develops a dynamic model of IoT technological innovation interactions using system dynamics and fuzzy DEMATEL to aid policymakers in strategic decision-making for IoT development.
Contribution
It introduces a novel integrated approach combining system dynamics and fuzzy DEMATEL to model the functional interactions in IoT innovation systems.
Findings
Market formation and policymaking have the most direct influence on other functions.
Resource mobilization and entrepreneurial activities have the highest total impact.
The model assists policymakers in prioritizing factors for IoT development.
Abstract
One of the emerging technologies, which is expected to have tremendous effects on community development, is the Internet of Things technology. Given the prospects for this technology and the country's efforts to its development, policymaking for this technology is very crucial. The technological innovation system is one of the most important dynamic approaches in the field of modern technology policy. In this approach, by analyzing various functions which are influencing the development of a technology, the proper path to technological advancement is explained. For this reason, 10 major factors influencing the development of emerging technologies have been identified based on previous studies in this area and the effect of ten factors on each other was identified by using the system dynamics and the fuzzy DEMATEL method and the interactions between these functions were modeled. Market…
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Taxonomy
TopicsEconomic and Technological Systems Analysis · Advanced Research in Systems and Signal Processing · Economic Development and Digital Transformation
