微小但非微不足道的改变：创造颠覆性创新的艺术
Small but not least changes: The Art of Creating Disruptive Innovations
AI总结：
本研究通过基因化表征汽车产品并构建系统发育网络，提出基于CD指数的“产品颠覆指数”以量化颠覆性，验证发现颠覆性创新常源于微小而关键的修改。
摘要：
在日新月异的技术格局中，产品创新依赖于以突破性技术取代过时技术，或通过对现有技术的巧妙重组来实现。我们的研究开启了一段革命性旅程，通过基因化表征产品、提取其染色体数据，并构建了一个全面的汽车系统发育网络。我们深入探究塑造创新的技术特征，定位产品的祖先根源，并绘制出复杂的“产品-家族三角”图谱。通过利用这些三角结构中的相似性，我们引入了一个开创性的“产品颠覆指数”——其灵感来源于CD指数（Funk和Owen-Smith，2017）——用以量化产品的颠覆性程度。我们的方法经过了严格验证，一方面对照科学界公认的“颠覆性随时间递减”的趋势（Park等人，2023），另一方面通过引人入胜的案例研究加以佐证。我们的统计分析揭示了一个引人入胜的洞见：颠覆性产品创新往往源于微小但至关重要的修改。
英文摘要：
In the ever-evolving landscape of technology, product innovation thrives on replacing outdated technologies with groundbreaking ones or through the ingenious recombination of existing technologies. Our study embarks on a revolutionary journey by genetically representing products, extracting their chromosomal data, and constructing a comprehensive phylogenetic network of automobiles. We delve deep into the technological features that shape innovation, pinpointing the ancestral roots of products and mapping out intricate product-family triangles. By leveraging the similarities within these triangles, we introduce a pioneering "Product Disruption Index"-inspired by the CD index (Funk and Owen-Smith, 2017)-to quantify a product's disruptiveness. Our approach is rigorously validated against the scientifically recognized trend of decreasing disruptiveness over time (Park et al., 2023) and through compelling case studies. Our statistical analysis reveals a fascinating insight: disruptive product innovations often stem from minor, yet crucial, modifications.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
