工业互联网工程供应链应急处置主体融合博弈分析

Integrated game analysis of emergency response entities in industrial internet engineering supply chain

摘要:

工业互联网工程建设环境不确定性增加,应急能力逐渐成为工程项目顺利实施的重要影响力量。为提升工业互联网工程供应链应急能力,考虑主体间融合交互关系,针对工业互联网工程建设阶段,对工业互联网工程供应链应急处置主体的博弈关系进行研究,建立融合演化博弈模型,揭示工业互联网工程供应链应急处置主体间的融合机理。仿真模拟结果表明:工业互联网工程供应链企业利益联结是进行应急处置主体融合的关键动力,互利互惠互信是融合的前提基础；当企业持续性融合利润增量和所得补贴大于链上其他企业采取阶段性融合策略的影响时,无论企业初始意愿如何,参与者都会选择持续性融合策略,反之演化结果则会出现分化。把握应急处置融合机理,激励应急处置主体积极参与应急融合,提高应急处置效率及应急处置能力,有助于保证供应链稳定,确保工业互联网工程建设顺利实施。

Abstract:

With the increase of uncertainty in the construction environment of industrial internet engineering, emergency response capability has gradually become an important factor in ensuring the successful implementation of engineering projects. In order to improve the emergency response ability of industrial internet engineering supply chain, considering the interactive relationships between entities, the game relationship among emergency response entities of industrial internet engineering supply chain is studied in the construction stage of industrial internet engineering projects. A fusion evolutionary game model is established to reveal the integration mechanism of emergency response entities of industrial internet engineering supply chain. The simulation results show that the interest connection of industrial internet engineering supply chain enterprises is the key driving force for the integration of emergency response entities. Mutual benefit, reciprocity and mutual trust serve as the prerequisite basis of successful integration. When the continuous intergration profit increment and income subsidies of participating enterprises outweigh the impact of phased integration strategies adopted by other enterprises on the chain, participants will choose continuous integration strategies regardless of the initial intention of enterprises. Conversely, the evolutionary results will diverge. Understanding the mechanism of emergency response integration and incentivizing active participation of emergency response entities in integration can improve emergency response efficiency and emergency response capacities, ensuring the stability of the supply chain and facilitating the successful implementation of industrial internet project construction.