首页|基于复杂网络的电动汽车创新扩散博弈研究

基于复杂网络的电动汽车创新扩散博弈研究

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为了支持电动汽车企业通过协调复杂的多主体博弈关系推进创新扩散,构建了复杂网络的多主体博弈模型,阐明了影响创新扩散的关键变量.研究发现:制造商采纳不同技术的单位利润、专利费、技术优势系数是影响创新扩散的关键变量.节点度和网络重连概率影响扩散速度,节点度越低则重连概率对扩散速度的影响越显著,且网络规模越高节点度和网络重连概率对扩散速度的影响越显著.最后,提出了推进电动汽车创新扩散的管理和政策启示.
Game Analysis of Electric Vehicle Innovation Diffusion Based on Complex Network
In order to promote innovation diffusion of electric vehicle by harmonizing multi-agent game relationship.The multi-agent game model based on complex network was formed to ana-lyze the influence of critical factors for innovation diffusion.Study results include that critical fac-tors include the profits that adopting different patent technology,patent fees and advantage coef-ficients.The diffusion rate is affected by the node degree and network rewiring probability,and the lower node degree,the impact of network rewiring probability on diffusion speed is more sig-nificant.Also,the higher the network size,the more significant is the impact that rewiring prob-ability posed on the diffusion speed.Finally the managerial and policy recommendations are pro-posed to promote the innovation diffusion.

complex networkselectric vehicleinnovation diffusionevolutionary games

孙威威、张峥

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上海理工大学管理学院,上海 200093

复杂网络 电动汽车 创新扩散 演化博弈

上海市科委项目上海市科委项目

2269210780022692104500

2024

复杂系统与复杂性科学
青岛大学

复杂系统与复杂性科学

CSTPCD北大核心
影响因子:0.798
ISSN:1672-3813
年,卷(期):2024.21(2)