CAJ | 학술논문

考虑到供应链系统的复杂性,依据供应链管理计算实验建模过程的便捷化理念,提出了可重用、可重构、可组装和可扩展的供应链管理计算实验平台（SCMP）设计思路。通过对SCMP系统功能分析与设计,抽象出供应链概念模型,在此基础上,设计出SCMP系统组装和集成框架以及相应的平台系统框架。最后给出一个供应链管理计算实验平台案例,对所提出的平台设计与开发方法的有效性进行了验证。
고필도공응련계통적복잡성,의거공응련관리계산실험건모과정적편첩화이념,제출료가중용、가중구、가조장화가확전적공응련관리계산실험평태（SCMP）설계사로。통과대SCMP계통공능분석여설계,추상출공응련개념모형,재차기출상,설계출SCMP계통조장화집성광가이급상응적평태계통광가。최후급출일개공응련관리계산실험평태안례,대소제출적평태설계여개발방법적유효성진행료험증。
Based on the feature analysis of supply chain system＇s complexities and the facilitation of supply chain management computational experimental models building and experimental analysis process, the paper proposes the idea of designing and developing a reusable, reconfigurable, assemble and extendable supply chain management computational experimental platform （SCMP）. We give out a flexible supply chain general system framework of SCMP, the three level framework of SCMP, the main function and content of SCMP and key technology of SCMP. Finally, using a case of supply chain Bull-whip effect computational experimental on the real SCMP which we developed, we test our idea＇s practical effectiveness.