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Muhammad Rifqi Ma’arif(무하마드 리프키 마리프),Yong-Han Lee(이용한) 대한산업공학회 2013 대한산업공학회 춘계학술대회논문집 Vol.2013 No.5
Nowadays, the emergence of RFID technology can help the organization for collecting the information about the distribution of their commodities to satisfy the consumer demand. By aggregating the transaction (a pair of shipping and receiving event in RFID based supply chain) organization can capture the internal structure of their supply chain network. But, for supply network which consist of numerous stakeholders, the structure of supply chain network will be very complex and hard to understand. The complexity of supply chain network structure make a company fail to get valuable insight. If company fail to get an insight of their supply chain network they will fail to perform a quick and proper analysis that in turns will hampering them to improve their supply chain network. The main objective of this paper is to outlines some clustering approaches for presenting the complex supply network (specifically on the distribution channel level) in understandable form.
Muhammad Rifqi Ma’arif(무하마드 리프키 마리프),Yong-Han Lee(이용한) 한국경영과학회 2013 한국경영과학회 학술대회논문집 Vol.2013 No.5
Nowadays, the emergence of RFID technology can help the organization for collecting the information about the distribution of their commodities to satisfy the consumer demand. By aggregating the transaction (a pair of shipping and receiving event in RFID based supply chain) organization can capture the internal structure of their supply chain network. But, for supply network which consist of numerous stakeholders, the structure of supply chain network will be very complex and hard to understand. The complexity of supply chain network structure make a company fail to get valuable insight. If company fail to get an insight of their supply chain network they will fail to perform a quick and proper analysis that in turns will hampering them to improve their supply chain network. The main objective of this paper is to outlines some clustering approaches for presenting the complex supply network (specifically on the distribution channel level) in understandable form.