CAJ | 학술논문

本文从独立创新与合作创新的角度探讨低碳技术创新网络运作模式，构建了低碳技术创新网络运作模式的模型框架，通过建模和数学分析，刻画了技术能力、创新收益、创新活动的持续条件等相关因素在创新活动中的影响与作用。研究采用Matlab仿真工具，其结果佐证了本研究中仿真分析的适用性与有效性，有利于更清晰地揭示创新网络中合作创新对低碳技术发展的推动作用。
본문종독립창신여합작창신적각도탐토저탄기술창신망락운작모식，구건료저탄기술창신망락운작모식적모형광가，통과건모화수학분석，각화료기술능력、창신수익、창신활동적지속조건등상관인소재창신활동중적영향여작용。연구채용Matlab방진공구，기결과좌증료본연구중방진분석적괄용성여유효성，유리우경청석지게시창신망락중합작창신대저탄기술발전적추동작용。
This paper, from the point of independent innovation and collaborative innovation, analyzes the operation mode of low carbon technology innovation networks, constructs the framework of low carbon technology innovation networks＇ operation mode. Through modeling and mathematical analysis, it depicts the roles played by the related factors in the innovation activities, such as technological capability, innovation benefits and innovation continuity. This study adopts Matlab simulation tools, and its results support the feasibili- ty and effectiveness of the simulation analysis in our research, and are conducive to the more clear revelation that collaborative innova- tion in the innovation networks would promote the development of low carbon technology.