Purpose

Knowledge input development and innovation implementation are new features of industrial technology innovation. The purpose of this study is to find the process of coordination and ecological spiral in the ambidextrous innovation of industrial technology.

Design/methodology/approach

To design the model of industrial technology ambidextrous innovation based on knowledge ecology spiral, an input-output model of knowledge for ambidextrous innovation and a spiral model of knowledge ecology were constructed based on an improved Lotka-Volterra model. Then, the equilibriums in different knowledge inputs and the spiral evolution of knowledge ecology were analyzed. Finally, the ambidextrous coordination mechanism of the core organization was revealed.

Findings

By coordinating the knowledge inputs and the knowledge ecology spiral, enterprises extend the R&D investments in the innovation chain, which will facilitate the knowledge inputs of the exploitative and exploratory innovation. Implementing the ambidextrous coordination in the technology innovation chain and the knowledge ecology chain has the advantage of promoting knowledge inputs, mobility and ecological spiral. Meanwhile, it can achieve the “multi-source, integration and coordination” development of industrial technology innovation.

Originality/value

The two-element innovative knowledge input coordination model and the knowledge ecological spiral model based on the improved Lotka-Volterra model are constructed, which extends the modeling way of the traditional knowledge input-output profit model. It is expected to reduce the amount of knowledge input of a single member and provide theoretical reference for improving the efficiency of knowledge input by constructing the inter-dependent regenerative and inter-generative knowledge interaction.

中文翻译：

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知识生态螺旋中的工业技术灵活性创新协调研究

目的

知识输入的开发和创新的实施是工业技术创新的新特征。这项研究的目的是在工业技术的灵巧创新中找到协调和生态螺旋的过程。

设计/方法/方法

为了设计基于知识生态螺旋的工业技术敏捷创新模型，在改进的Lotka-Volterra模型的基础上，构建了用于敏捷创新的知识投入产出模型和知识生态螺旋模型。然后，分析了不同知识输入的均衡和知识生态的螺旋演化。最后，揭示了核心组织的灵活性协调机制。

发现

通过协调知识投入和知识生态螺旋，企业扩展了创新链中的研发投入，这将促进探索性和探索性创新的知识投入。在技​​术创新链和知识生态链中实行灵活的协调，具有促进知识输入，流动性和生态螺旋的优势。同时，可以实现工业技术创新的“多源，整合，协调”发展。

创意/价值

建立了基于改进的Lotka-Volterra模型的二元创新知识投入协调模型和知识生态螺旋模型，扩展了传统知识投入产出利润模型的建模方法。期望通过构建相互依赖的再生和生成间知识交互来减少单个成员的知识输入量，并为提高知识输入效率提供理论参考。