Two-Stage Evolutionary Game Analysis for Holographic Counterpart Integration in Consumer Technology and IoT-Enabled Industrial Parks
Jing Yi Yi, Jie Zhen, Hao Ren · IEEE Transactions on Consumer Electronics · 2025
The combination of IoT and holographic technologies as vital facilitators of virtual agglomeration and industrial park collaboration is examined in this article. Through the simulation of evolutionary game dynamics between two data center parks—one with a high potential and the other with a low potential—the study shows how cooperative behavior is shaped by trust, which is enabled by IoT transparency and holographic contact. Early exploration and deep integration are the two phases into which the game is divided. The study eliminates human bias in cooperative modeling and delivers improved strategic robustness by optimizing a fuzzy evolutionary neural network using a hybrid evolutionary algorithm. The findings show that holographic visualization and real-time data interchange made possible by IoT greatly increase mutual trust, lessen opportunistic behavior, and produce stable, long-term cooperative tactics. These results give practical insights into how technology synergy might maximize collaboration and resource sharing in smart industrial park ecosystems, as well as empirical support for the creation of robust virtual industrial clusters.