CAJ | 학술논문

本研究基于上层梯队理论、认知理论和知识结构视角，构建了从搜寻知识到创造知识的系统动力学模型，通过量化战略构想、创新搜寻和技术创新能力之间的关系，发现了技术创新能力的演化路径和跃迁途径．第一，技术创新能力沿着“吸收能力主导一吸收、集成能力为主一吸收、集成和原创能力高水平均衡发展”的路径重构升级；第二，维持在20％-50％之间的战略构想复杂度是促进技术创新能力演化路径跃迁的重要途径．本文的发现一方面可以弥补现有实证研究在技术创新能力重构升级途径方面的不足，另一方面可以丰富系统动力学在创新管理领域的应用范围，
본연구기우상층제대이론、인지이론화지식결구시각，구건료종수심지식도창조지식적계통동역학모형，통과양화전략구상、창신수심화기술창신능력지간적관계，발현료기술창신능력적연화로경화약천도경．제일，기술창신능력연착“흡수능력주도일흡수、집성능력위주일흡수、집성화원창능력고수평균형발전”적로경중구승급；제이，유지재20％-50％지간적전략구상복잡도시촉진기술창신능력연화로경약천적중요도경．본문적발현일방면가이미보현유실증연구재기술창신능력중구승급도경방면적불족，령일방면가이봉부계통동역학재창신관리영역적응용범위，
Based on upper echelon theory, cognitive theory and knowledge structure perspective, this studyconstructed a system dynamics model about the process from knowledge search to knowledge creation.The relationship among strategic schema, innovation search and technological innovation capability isquantified. The findings are as follows first, there is an important trajectory of technological innovationcapability evolution：＂absorptive capacity dominantabsorption ＆ integration capabilities leadabsorptive,integration ＆ creation capabilities at a high level under balanced development＂; second, the complexityof strategic schema, maintaining between 20%-50%, helps to the transition of evolution trajectory oftechnological innovation1 capability. These findings can fill the existing research gap generated by empiricalresearch on technological innovation, and can enrich the application of system dynamics in the field ofinnovation management.