Classification of Innovation Considering Technological Interaction

M. Coccia
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引用次数: 46

Abstract

This study here categorizes innovations considering the taxonomic characteristics of interaction between technologies in complex systems. The proposed classification, in a broad analogy with the ecology, includes four categories of technology considering the typology of their interaction: 1) technological parasitism is a relationship between two technologies A and B in which A benefits from the interaction with B, whereas B has a negative side from interaction with A; 2) technological commensalism is a relationship between technologies where technology A benefits from B without affecting it; 3) technological mutualism is a relationship in which technologies A and B benefit from the activity of the other; finally, 4) technological symbiosis is a long-term interaction between A and B technologies that generates coevolution in complex systems. This classification can predict evolutionary pathways of technologies. This study here begins the process of clarifying typologies of interactive technologies that explain the long-run evolution of technology. The theoretical framework can be a ground work for development of more sophisticated theories to clarify technological change.
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考虑技术交互的创新分类
考虑到复杂系统中技术之间相互作用的分类学特征,本研究对创新进行了分类。在与生态学的广泛类比中,提出的分类包括四类技术,考虑到它们相互作用的类型:1)技术寄生是a和B两种技术之间的关系,其中a从与B的相互作用中受益,而B则从与a的相互作用中产生负面影响;2)技术共通是技术之间的关系,其中技术a受益于B而不影响B;3)技术互惠是技术a和技术B从对方的活动中获益的关系;4)技术共生是a技术和B技术在复杂系统中产生共同进化的长期相互作用。这种分类可以预测技术的进化路径。这项研究在这里开始澄清互动技术的类型学,这些类型学解释了技术的长期演变。这个理论框架可以作为发展更复杂的理论来阐明技术变革的基础。
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