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A process-tailoring method for digital manufacturing projects.

Wen-Lung Tsai¹

¹Department of Information Management, Oriental Institute of Technology, New Taipei 22061, Taiwan.

Mathematical Biosciences and Engineering : MBE

|September 14, 2021

Summary

Digital manufacturing projects require tailored processes, not one-size-fits-all software development. This study introduces a knowledge-based ontology and tailoring system to customize digital manufacturing development for specific projects, improving implementation.

Keywords:

digital manufacturing project management semantic rule software development tailoring system

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Area of Science:

Engineering
Computer Science
Manufacturing Systems

Background:

Digital manufacturing projects often adapt general software development processes.
Standard processes may not encompass the unique needs of digital manufacturing.
Customizing development principles is crucial but knowledge-intensive.

Purpose of the Study:

To propose a knowledge-oriented digital manufacturing ontology model.
To develop a semantic rule-based tailoring system for process customization.
To enhance the implementation of digital manufacturing projects.

Main Methods:

Developed a knowledge ontology for digital manufacturing.
Designed a semantic rule-based system for strategy derivation.
Utilized an inference-rule engine for tailoring.
Demonstrated application via a 3D-modeling example.

Main Results:

The proposed ontology model provides a structured knowledge base.
The semantic rule-based system effectively derives tailoring strategies.
The system aids in concrete project implementations.
Successful application shown in 3D-modeling a hospital kitchen.

Conclusions:

A knowledge-oriented approach enhances digital manufacturing project tailoring.
The proposed ontology and system offer a practical solution for customization.
This method supports improved development process refinement.