Abstract | Research on participant growth mechanisms is an important research component of value co-creation in the industries, business and computer and AI applications. . However, there is limited rigorous mathematical modeling of this phenomenon, despite the potential for factors such as capability sufficiency, strategy interaction, and game payoff to affect actor population development in value co-creation within an eco-system. To address this, a novel value co-creation modeling approach is proposed and established by integrating evolutionary mutualism and actors’ strategic interactions, based on quantum game theory and system dynamics, while highlighting actors’ capability sufficiency. Model stability requires in three different scenarios are analyzed. The results show that although the actors are mutualistic, the stability of the value co-creation model is seriously influenced by capability sufficiency. The model has a practically meaningful stable mutualism point when the two forms of actors (service provider and customer) have sufficient capabilities. Moreover, the stability condition is closely related to the quantum entanglement parameter, which can be presented precisely in our model. Furthermore, it is suggested that actors in value co-creation should pay more attention to capability sufficiency to support value co-creation and interaction harmony. |
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