A study of interface design improvement in an engineering data management system on the world wide web

Hsu, Ching-Chih; Hwang, Sheue‐Ling

doi:10.1016/j.cie.2004.02.004

Cited by 4 publications

(1 citation statement)

References 15 publications

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“…At the view of operational point, a virtual enterprise of semiconductor is described as a matrix [5]. This matrix has five columns and represent five semiconductor manufacturing processes which are of front-end wafer fabrication (FE), back-end wafer fabrication (BE), probe test (PT), assembly (ASSY) and final test (FT).…”

Section: Information Management Architecturementioning

confidence: 99%

Production Plan of Information Management System for Virtual Industry

2013

AMR

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The information management is a crucial mission for a virtual industry in such a competitive market environment. The typical characteristic of information management is distribution, autonomy and co-operation. Based on an on-going ESPRIT project (X-CITTIC), The author presents a distributed information management architecture for production planning and control in a virtual enterprises of semiconductor manufacturing. Object technologies are widely used in its design and implementation. A detailed structure of the components in the architecture, called information managers, is also suggested and introduced. Each information manager has three elements: a data object server, a database and a group of meta-objects. The information management can provide not only basic services (e.g. read and write) but also advanced services (e.g. notification, security control, subscription and data sending). Finally the present X-CITTIC information management system is detailed introduced.

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Section: Information Management Architecturementioning

confidence: 99%

Production Plan of Information Management System for Virtual Industry

2013

AMR

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Searching Steiner trees for web graph query

Lee

Loh

Sohn

2012

Computers & Industrial Engineering

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A conceptual model for the implementation of an Inter-Knowledge Objects Exchange System (IKOES) in automotive industry

Louis-Sidney

Cheutet²,

Lamouri

et al. 2012

Engineering Applications of Artificial Intelligence

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The level of efficiency achieved in the diffusion of knowledge within an organisation is acknowledged to be a competitive advantage. As a result, various means have emerged to help share this knowledge. Among the various existing solutions, the use of parameterised files consistently encapsulating data of a refined level of granularity (e.g. figures, words, etc.) is a well-known practice. However, these files-which we will call Parameterised Knowledge Objects (PKOs)-often exhibit redundancy. This has led to a need for mapping, a fastidious work with no added value, which slows down the product redesign process. The goal of this article is to propose a conceptual model for the implementation of an automated tool to manage exchanges between these PKOs. The implementable nature of the model was validated by the development of a demonstrator, tested on an application provided by our industrial partner-the Renault Powertrain Technology Design Department.

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A study of interface design improvement in an engineering data management system on the world wide web

Cited by 4 publications

References 15 publications

Production Plan of Information Management System for Virtual Industry

Production Plan of Information Management System for Virtual Industry

Searching Steiner trees for web graph query

A conceptual model for the implementation of an Inter-Knowledge Objects Exchange System (IKOES) in automotive industry

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