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Abstract：
In the digital innovation ecosystem, the symbiosis mode formed between ecosystem members not only relates to their survival and development but also affects the ecosystem\'s symbiosis evolution mechanism. Based on symbiosis theory, this study first explores the evolutionary equilibrium strategy and its stability for three types of populations-core enterprises, digital platforms, and university research institutes-and then uses numerical simulation and a case study to explore the symbiotic evolution mechanism of the digital innovation ecosystem. The results show that: First, the digital innovation ecosystem is a complex adaptive system in which the three types of populations form different symbiotic relationships under different symbiotic modes and conduct symbiotic activities, such as value co-creation, to characterize the unique symbiotic evolutionary structure. Second, in this ecosystem, the symbiotic relationship formed by the combined values of different symbiotic coefficients between populations determines the outcome of symbiotic evolution. Third, the ideal direction of the evolution of the digital innovation ecosystem is a mutually beneficial symbiotic relationship. Thus, the symbiotic relationship between populations should be transformed into a mutually beneficial symbiotic relationships as much as possible. This study makes theoretical contributions by shedding light on the symbiotic evolution mechanism of the digital innovation ecosystem. It also offers countermeasures for the digital innovation cooperation of various stakeholders in China\'s digital innovation ecosystem.
摘要：
在数字创新生态系统中，生态系统成员之间形成的共生模式不仅关系到他们的生存和发展，也影响着生态系统的共生演化机制。基于共生理论,本研究首先探讨了三类群体核心企业的进化均衡策略及其稳定性，数字平台,和大学研究所-然后使用数值模拟和案例研究来探索数字创新生态系统的共生演化机制。结果表明:第一,数字创新生态系统是三类种群在不同共生模式下形成不同共生关系并进行共生活动的复杂适应系统,比如价值共同创造，来表征独特的共生进化结构。第二,在这个生态系统中，种群间不同共生系数的组合值所形成的共生关系决定了共生进化的结果。第三，数字创新生态系统演化的理想方向是互利共生关系。因此，种群之间的共生关系应尽可能转化为互利的共生关系。本研究通过阐明数字创新生态系统的共生演化机制，做出了理论贡献。为我国数字创新生态系统中各利益相关方的数字创新合作提供了对策建议。
