2017Unpublished venueRequires access

System Dynamic Model of High Technology Enterprise Innovation From The Perspective of Multi-Source Structural Embedding

Huiqin Zhang, Jinchun Wang, Yang-yang Ou

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Abstract

The ascension path of technology innovation ability in high technology enterprise is a dynamic and complex system. From the perspective of system dynamics, combining the theory of structural embeddedness, we built a causal relation model of high technology enterprise's technology innovation system, to reveal the interaction of the various factors in system; For example to electronic and communication equipment manufacturing enterprises, we established system dynamic model of enterprise innovation, and conducted simulation and applied research on the model by Vensim. Through simulation experiment, we analyzed the change of invention patent number under different resource allocation scheme, to reveal how structural embeddedness of innovation systems effect the ascension path of technology innovation ability in high technology enterprise, in order to provide decision support for ascension of technology innovation ability in high technology enterprise.

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What this paper is about

The ascension path of technology innovation ability in high technology enterprise is a dynamic and complex system. From the perspective of system dynamics, combining the theory of structural embeddedness, we built a causal relation model of high technology enterprise's technology innovation system, to reveal the interaction of the various factors in system; For example to electronic and communication equipment manufacturing enterprises, we established system dynamic model of enterprise innovation, and conducted simulation and applied research on the model by Vensim. Through simulation experiment, we analyzed the change of invention patent number under different resource allocation scheme, to reveal how structural embeddedness of innovation systems effect the ascension path of technology innovation ability in high technology enterprise, in order to provide decision support for ascension of technology innovation ability in high technology enterprise.

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Available abstract

The ascension path of technology innovation ability in high technology enterprise is a dynamic and complex system. From the perspective of system dynamics, combining the theory of structural embeddedness, we built a causal relation model of high technology enterprise's technology innovation system, to reveal the interaction of the various factors in system; For example to electronic and communication equipment manufacturing enterprises, we established system dynamic model of enterprise innovation, and conducted simulation and applied research on the model by Vensim. Through simulation experiment, we analyzed the change of invention patent number under different resource allocation scheme, to reveal how structural embeddedness of innovation systems effect the ascension path of technology innovation ability in high technology enterprise, in order to provide decision support for ascension of technology innovation ability in high technology enterprise.

Key concepts: Embeddedness, Computer science, Knowledge management, Perspective (graphical), System dynamics, Resource (disambiguation), Dynamic capabilities, Enterprise life cycle

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