2006Journal of Engineering DesignRequires access

Discussion of the design philosophy and modified non-expert fuzzy set model for better product design

Shaowei Gong

Open publisher page 5 citations

Abstract

The research discusses the design philosophy for product development. It emphasizes the importance of independent evaluation with non-expert knowledge base in a commercial product design. To resolve the issues with the raised design philosophy, a fuzzy mathematic model with modified Hamming distance fuzzy set method is proposed to conduct such a non-expert evaluation for achieving better product design in industrial practices. This modified fuzzy model is able to coordinate and to deal with the tangled fuzzy and non-fuzzy issues involved in the product design to carry out a comprehensive and effective non-expert evaluation. With the model, a simple and effective tool can be built for engineers to conduct sophisticated product design.

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What this paper is about

The research discusses the design philosophy for product development. It emphasizes the importance of independent evaluation with non-expert knowledge base in a commercial product design. To resolve the issues with the raised design philosophy, a fuzzy mathematic model with modified Hamming distance fuzzy set method is proposed to conduct such a non-expert evaluation for achieving better product design in industrial practices. This modified fuzzy model is able to coordinate and to deal with the tangled fuzzy and non-fuzzy issues involved in the product design to carry out a comprehensive and effective non-expert evaluation. With the model, a simple and effective tool can be built for engineers to conduct sophisticated product design.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The research discusses the design philosophy for product development. It emphasizes the importance of independent evaluation with non-expert knowledge base in a commercial product design. To resolve the issues with the raised design philosophy, a fuzzy mathematic model with modified Hamming distance fuzzy set method is proposed to conduct such a non-expert evaluation for achieving better product design in industrial practices. This modified fuzzy model is able to coordinate and to deal with the tangled fuzzy and non-fuzzy issues involved in the product design to carry out a comprehensive and effective non-expert evaluation. With the model, a simple and effective tool can be built for engineers to conduct sophisticated product design.

Key concepts: Fuzzy logic, Product design, Product (mathematics), Set (abstract data type), Engineering, Systems engineering, Computer science, Knowledge base

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