Abstract: Based on the analysis of innovative subject features and the construction of conceptual ontology tree models, a 3D integrated organization model was proposed. Through defining the complexity of product design and the measure method of interactive function metric between creative agents, the coordination efficiency model of this organization was built, and the modeling difficulty with big error were solved. An improved colonel agent self-learning algorithm was proposed to simulate the accuracy and reliability of proposed model. The simulation results showed that the integrated organization model and the coordination efficiency model could anatomize the circs in practice. Comparing with other algorithms by inputting FT standard data, the results indicated that the algorithm had certain advantages in cost and precision.

Key words: customer collaboration, products innovation, innovation subject, organization model, product complexity, coordination efficiency, interactive function, product design

摘要： 在分析各创新主体特征及构建概念本体树模型的基础上，建立了三维的集成组织模型；通过定义产品设计复杂度和提出创新主体间相互作用影响度量方法，建立了该集成组织的协调效率模型，以解决上述建模困难且误差较大的问题。为验证所提模型的正确性和可靠性，提出一种改进免疫克隆算法进行仿真，结果表明所构建的组织结构及协调效率模型与实际情况吻合较好，且以FT调度标准数据为输入，与其他算法进行了比较，验证了所提算法在求得的目标平均值和所消耗的时间方面也具有一定优越性。

关键词: 客户协同, 产品创新, 创新主体, 组织模型, 产品复杂度, 协调效率, 互动作用, 产品设计