2015.07.30 09:59
author | Haejoong Kim |
---|---|
2nd author | / Jongkyoung Park (Dept. of Industrial Engineering, Seoul National University) / Tai-Woo Chang (Department of Industrial Engineering, Kyonggi University) / Hanil Jeong (Dept. of Industrial Engineering, Seoul National University) / Kitae Kim (Department of IT Business Engineering, Daejeon University) / Jinwoo Park (Dept. of Industrial Engineering, Seoul National University) |
info | This paper was accepted on 2007/9. Communications in Computer and Information Science |
year | 2007 |
c | IJ |
저널/학회 | CCIS |
group | |
keyword | supply chain, bullwhip effect, SCOR, simulation |
abstract | Increasing dynamics are making efficient management of the supply chain difficult. The bullwhip effect is known to be a major source of this inefficiency so there is a considerable amount of literature analyzing its causes. However, the reported outcomes are not comparable because they consider different business environments and make different assumptions regarding operative processes. We propose a SCOR (Supply-Chain Operations Reference-model)-based framework for modeling and analyzing the bullwhip effect so that practitioners can evaluate the performance of their supply chain, and establish a strategy to improve its performance. |