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Application of Knowledge Engineering methods in Electrical Engineering - A hypothesis for potential TRIZ usage

Mansoor M., Mariun N., Ismail N., Abdulwahab N.I.

Przegląd Elektrotechniczny

2013

R. 89, nr 5

147-151

Increasing need of innovative solutions for existing engineering systems has brought interest of engineers towards systematic innovation. While highlighting effective use of Artificial intelligence (AI) tools, the potential for emerging approach of knowledge engineering- Theory of inventive problem solving (TRIZ) has been discussed in this paper. This review seeks to affirm the potential application of knowledge engineering emerging tools, for effective solution hunting space in electrical engineering problems. An extensive collection of literature has been covered to develop the hypothesis about benefits of systematic innovation for electrical engineers. Merits of innovative and systematic approach over traditional solution approach in existing industries are highlighted through reference of scientific literature.

W artykule omówiono metodę TRIZ służącą do tworzenia nowych innowacyjnych pomysłów i rozwiązywania problemów. Skupiono się na zastosowaniu metody w systemach elektrotechnicznych. Przedstawiono, popartą literaturą analizę pozytywnych wpływów metody TRIZ na elektrotechnikę. Wykazano przewagę innowatyki i systematyki nad podejściem tradycyjnym w przemyśle.

Towards Knowledge Engineering Based Guidance for Electrical Engineers

Mansoor M., Mariun N., Ismail N., Abdulwahab N.I.

Przegląd Elektrotechniczny

2012

R. 88, nr 11a

363-365

This paper proposes a concept of knowledge engineering based innovative approach for seeking solutions related to electric al engineering systems. The knowledge base approach is discussed for its effectiveness at preliminary stages of solution hunting and solution design, which may reduce the iterations of design process and save time/cost. While referring research literature, this paper builds a hypothesis for novel and efficient usage of knowledge engineering tools for Electrical Engineers. The research seeks development of a methodological tool, which will be generic for aimed sub-sector (e.g. power distribution) of electrical systems. Based on structured innovation approach, this tool will provide conceptual guidance and direction to find solutions in sector specific electrical system problems. This structured approach and electrical engineering focus of the tool will facilitate electrical engineers for reaching practical and effective solutions with less expertise and time.

W artykule zaproponowano zastosowanie metod inżynierii wiedzy do rozwiązywania problemów związanych z systemami elektrycznymi. Pozwala to na ograniczenie liczby iteracji przy projektowaniu i skraca czas projektu.