author Dongmyung Lee 
2nd author / Jinwoo Park (Dept. of Industrial Engineering, Seoul National University) 
info This paper was accepted on 2008/3.
The online document code of this paper is '10.1108/02635570810883978'.
Industrial Management & Data Systems (SCIE, 1.535), Vol. 108, No. 6, pp.713-725, 2008 
year 2008 
c IJ 
저널/학회 IMDS 
group SCIE 
keyword Supply chain management, Radio Frequencies, Identification, Modeling, Tracer Methods 
abstract Purpose: We propose a novel dynamic tracing task model (DTTM) to enhance the traceability range along the supply chain beyond simple distribution channels. It further extends the study by implementing the system architecture with the proposed data model to support the dynamic tracing task.
Design/methodology/approach: We follow typical processes of supply chain in manufacturing industries using bill of material data to extract and define information requirements. The data elements are systematically selected and explained in the proposed model step by step.
Findings: This paper found that existing RFID data management scheme has to be modified so as to provide the end-to-end traceability.
Research limitations/implications: Validation of the proposed model and system architecture should be done through actual implementation in industrial settings.
Practical implications: The paper gives an insight to many system managers and executors in how full traceability along the supply chain can actually be realized.
Originality/value: Several studies have discussed the traceability issues but failed to construct a system and methodologies to obtain the full traceability range. However, this paper contributes by presenting the specific methodological steps which can provide powerful solutions to build a system for traceability, exploiting RFID technology. 
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