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Maturity Evaluation of National Agro-technology Park Innovation Network Based on Improved Matter-element Extension Model From the Perspective of Intensive Development

机译:基于改进的物质扩展模型的全国农业科技园创新网络从密集发展的看法

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Based on the improved match-element extension model, the maturity of collaborative innovation network in China’s agricultural science and technology parks was explored with 257 national agricultural science and technology parks as research objects. The results show that: (1) the results obtained by measuring the maturity level of collaborative innovation network in national agricultural science and technology parks by asymmetric proximity degree are more consistent with the actual situation;(2) the maturity of collaborative innovation networks in national agricultural science and technology parks are good. Therefore, the park should replace the traditional resource input-driven development model through innovation-driven development to achieve low energy consumption, intensive and high-quality development.
机译:基于改进的比赛 - 元素扩展模型,探讨了中国农业科技园区合作创新网络的成熟,探讨了257名国家农业科技园作为研究对象。 结果表明:(1)通过不对称邻近程度测量国家农业科技园区在国家农业科技园区协作创新网络的成熟度获得的结果与实际情况更加一致;(2)国家合作创新网络的成熟度 农业科技园是好的。 因此,公园应通过创新驱动的开发来取代传统的资源输入驱动发展模型,实现低能耗,集约化和高质量的发展。

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