네트워크 분석을 활용한 내연기관, 전기 자동차 공급망 분석
An Analysis of Supply Chain of Internal Combustion Engine Car and Electric Vehicle Using Network Analysis
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A network is represented by a combination of a node and a link. Through various combinations of the two, various types of network structures are created, and network indicators are divided into macro network indicators representing the overall structure of the network and micro network indicators representing the structure of participating nodes and connections in the network. Network analysis has the advantage of being able to identify relationship patterns and structures, diffusion processes, centers and cluster groups. This study analyzed the automotive parts supply network, focusing on Tesla’s Model 3 and Toyota’s Camry, which are representative models of electric vehicles and internal combustion engines. As COVID-19 makes people sensitive to climate change and environmental issues, and as the Green New Deal policy spreads worldwide, the transition from internal combustion engine vehicles to electric vehicles is rapidly taking place within the automobile industry. Accordingly, it was intended to understand the characteristics of the supply chain network of internal combustion locomotives and electric vehicles, and the differences between important parts and suppliers through social network analysis.
Abstract
A network is represented by a combination of a node and a link. Through various combinations of the two, various types of network structures are created, and network indicators are divided into macro network indicators representing the overall structure of the network and micro network indicators representing the structure of participating nodes and connections in the network. Network analysis has the advantage of being able to identify relationship patterns and structures, diffusion processes, centers and cluster groups. This study analyzed the automotive parts supply network, focusing on Tesla’s Model 3 and Toyota’s Camry, which are representative models of electric vehicles and internal combustion engines. As COVID-19 makes people sensitive to climate change and environmental issues, and as the Green New Deal policy spreads worldwide, the transition from internal combustion engine vehicles to electric vehicles is rapidly taking place within the automobile industry. Accordingly, it was intended to understand the characteristics of the supply chain network of internal combustion locomotives and electric vehicles, and the differences between important parts and suppliers through social network analysis.
참고문헌 (28)
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