发展技术创新扩散模型:一个框架

U. Kumar, V. Kumar
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引用次数: 1

摘要

本文考虑了一个主要由五种不同方法组成的框架来生成创新扩散过程的数学模型。这五种方法分别与创新扩散过程本身的性质、生物和社会扩散过程、熵测度的凹凸性、现有模型的线性组合以及模型之间的关系有关。为了证明这些方法的有用性,一些现有的模型被它们作为例子生成。强调了每种方法的功能和局限性。最理想的方法似乎是第一种方法,这种方法基于对创新扩散过程本质的洞察。
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Developing technological innovation diffusion models: a framework
A framework consisting mainly of five different approaches to generate mathematical models of the innovation diffusion process has been considered. The five approaches are associated, respectively, with the nature of the innovation diffusion process itself, biological and social diffusion processes, the concavity property of entropy measures, linear combinations of existing models, and relationships among models. In order to demonstrate the usefulness of these approaches, some of the existing models have been generated by them as examples. The capabilities and limitations of each approach are highlighted. The most desirable approach appears to be the first approach, that based on the insight into the nature of the innovation diffusion process.<>
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