半導體供應網路決策品質促成技術研究(I)─子計畫一:虛擬晶圓廠製造服務提供機制及其促成工具之研究
Date Issued
2001
Date
2001
Author(s)
DOI
892213E002119
Abstract
The concepts of virtual fab (VF) and
manufacturing service have been proposed by
practitioners over the past few years to face the fierce
competition of the semiconductor industry. To
realize the concept of VF with flexible manufacturing
service provisioning in a very dynamic environment,
this project, from the standpoints of a foundry fab,
clearly defines VF together with manufacturing service,
and proposes accordingly a VF enabling framework.
The VF enabling framework consists of three layers of
objects: manufacturing service, business process, and
infrastructure layers. A novel scheme of dynamic
manufacturing service provisioning mechanism
(DMSPM) is designed to flexibly compose objects
among the three layers into various manufacturing
services. The skeleton of the scheme includes name
mapping, business process binding, resource
reservation binding, and manufacturing service
management binding for flexible service composition.
To assess the feasibility and potential of the
framework and DMSPM, the order commitment
service (OCS) provided by a foundry fab serves as a
study case. A prototype system is designed and
implemented to realize DMSPM in the OCS
application, which demonstrates that current
information technology, CASE tools, fab information
infrastructure, and data/information availability make
DMSPM readily realizable and that DMSPM has a
good potential for application to VF and e-business
developments.
Subjects
manufacturing service
virtual fab (VF)
enabling framework
object-oriented (OO) technology
dynamic manufacturing service provisioning mechanism (DMSPM)
order commitment service (OCS)
Publisher
臺北市：國立臺灣大學工業工程學研究所
Type
report
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