AI数智化平台如何重塑产业创新生态系统价值共创?

How do AI-Powered Intelligent Platforms Reshape Value Co-creation in Industrial Innovation Ecosystems?

摘要

在技术范式加速演进的背景下,AI数智化平台成为产业创新生态系统中生态交互与价值共创的关键动能.为揭示其驱动机制,本研究基于系统动力学视角,构建了“AI数智化平台驱动产业创新生态系统价值共创”的作用机制模型.结合VOSviewer关键词聚类分析、Vensim PLE仿真模拟与华为云案例研究,剖析了平台功能特质、系统结构特征及二者内在作用机理.研究发现,AI数智化平台通过开放性、知识整合能力与人机交互能力,分别沿网络嵌入、知识创造与生态交互路径驱动价值共创绩效提升,整体演化呈现S型曲线特征.其中,网络嵌入通过提升连接密度促进知识流动,为知识创造奠定了结构基础;知识创造通过增强创新效能激活生态交互,实现了从知识积淀向创新实践的跨越;生态交互则通过深化主体协同将创新产出内化为系统动能,推动了价值共创的持续跃升.研究拓展了AI数智化平台与产业创新生态系统融合的理论边界,为增强生态系统的协同创新能力与系统韧性提供理论支持与实践参考.

Abstract

Amid the accelerated evolution of technological paradigms,AI-powered intelligent platforms have become a critical driving force for ecological interaction and value co-creation within industrial innovation ecosystems.To uncover their underlying driving mechanisms,this study adopts a system dynamics perspective and constructs a conceptual model titled “The Mechanism of AI-powered Intelligent Platforms Driving Value Co-creation in Industrial Innovation Ecosystems.” By integrating VOSviewer-based keyword clustering analysis,Vensim PLE simulation modeling,and a case study of Huawei Cloud,the research systematically examines the functional characteristics of AI-powered intelligent platforms,the structural features of industrial innovation ecosystems,and the internal mechanisms linking the two.The findings indicate that AI-powered intelligent platforms enhance value co-creation performance through their openness,knowledge integration capabilities,and human-machine interaction capabilities.These features respectively promote value co-creation along the pathways of network embedding,knowledge creation,and ecological interaction,while the overall evolutionary trajectory exhibits an S-shaped curve.Specifically,network embedding enhances knowledge flows by increasing network connectivity density,thereby providing the structural foundation for knowledge creation.Knowledge creation further activates ecological interaction by improving innovation efficiency,enabling the transformation from knowledge accumulation to innovation practice.Ecological interaction,in turn,internalizes innovation outputs into systemic momentum through deeper multi-agent collaboration,thereby driving the continuous upgrading of value co-creation performance.This study expands the theoretical boundaries of the integration between AI-powered intelligent platforms and industrial innovation ecosystems,and provides both theoretical support and practical implications for enhancing collaborative innovation capability and systemic resilience within industrial innovation ecosystems.

关键词

AI数智化平台 / 产业创新生态系统 / 价值共创 / 知识创新

Key words

AI-powered intelligent platforms / industrial innovation ecosystems / value co-creation / knowledge innovation

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基金资助

国家社会科学基金项目(24BGL304)

陕西省哲学社会科学研究专项年度项目(2025YB0271)

陕西省教育厅哲学社会科学重点研究基地项目(20JZ078)