EPC Global組織提出以電子產品碼(Electronic Product Code, EPC)為基礎之RFID資訊系統架構。其基本概念就是”Internet of things”，將所有的物件(Object)賦予一個唯一的辨識碼(Unique Identification code)，並儲存在RFID 電子標籤(Tag)內，利用現有發展良好的網際網路(Internet) ，來達到”Internet of Physical Objects”，將所有的物件與網路連結，其願景是希望可以”Identify any Object Anywhere Automatically ”。
然EPCglobal組織對於EPC Network部份元件之標準尚未制定完成，但對於每個元件之功能皆已有文件或範例說明。本研究將延續曾(2005)、劉(2006)EPC Network模式分析，繼續探討以EPC Network為基之汽車保險桿供應鏈管理模式。分為三個階段：第一階段將蒐集與整理國內外汽車產業現有RFID應用分析，以作為規劃EPC Network為基之汽車保險桿供應鏈管理模式；第二階段為瞭解保險桿供應鏈中衛體系與售服體系之供應鏈之構成、物流作業、面臨問題、應用RFID之導入點、與RFID之應用效益；第三階段為建立RFID EPC Network應用於汽車保險桿供應鏈後之作業流程模式、資訊系統架構、汽車保險桿供應鏈各成員功能與系統元件展開、EPC Network環境下之資料種類與內容、EPC Network於汽車保險桿供應鏈之整合運作模式。

關鍵字：RFID、EPC Network、供應鏈、電子履歷

The EPCglobal organization found a RFID information architecture named ‘EPC Network’ was based on EPC (Electronic Product code). The concept of EPC Network is ‘Internet of things’, every object was given a unique identification code stored at RFID tag, using mature internet architecture to reach “Internet of Physical Objects”. With EPC Network, we can connecting every object and create the vision of “Identify any object anywhere automatically”.
lthough the standards of EPC Network have not been completed by EPCglobal organization, but the functions of core services were defined and having done several specifications and documents. This study of exploring EPC Network architecture planning in car bumper supply chain, and extend the researches by Zeng(2005)、Liu(2006). Three phases of this study：
1.Phase one：Collection the current RFID applications in automobile industry and use these applications as references to planning a EPC Network based of car bumper supply chain.
2.Phase two： Study the combination、materials flow、issues、RFID implementation point and RFID implementation values between OEM Market and After Market in car bumper supply chain.
3.Phase three：Drill into the RFID information architecture after RFID data capture equipments were implemented, such as information function、core components needed for each supply chain member、data structure、data transfer type、interoperation between members.

Keyword：RFID、EPC Network、Supply Chain、Electronic Pedigree

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