Knowledge Sharing based on Semantic Nets and Mereology to Avoid Risks in Manufacturing
The right information at the right time influences the
enterprise and technical success. Sharing knowledge among members
of a big organization may be a complex activity. And as long as the
knowledge is not shared, can not be exploited by the organization.
There are some mechanisms which can originate knowledge sharing.
It is intended, in this paper, to trigger these mechanisms by using
semantic nets. Moreover, the intersection and overlapping of terms
and sub-terms, as well as their relationships will be described through
the mereology science for the whole knowledge sharing system. It is
proposed a knowledge system to supply to operators with the right
information about a specific process and possible risks, e.g. at the
assembly process, at the right time in an automated manufacturing
environment, such as at the automotive industry.
[1] I. Nonaka, H. Takeuchi, "The Knowledge-Creating Company, How
Japanese Companies Create the Dynamics of Innovation", Oxford
University Press, USA, 1995
[2] D.H. Henard, M.A. McFadyen, "R&D Knowledge is Power", In
Research-Technology Management, 41-47, 2006
[3] H. Perks, "Marketing Information Exchange Mechanisms in
Collaborative New Product Development, the Influence of Resource
Balance and Competitiveness", In: Industrial Marketing Management,
Vol. 29, 179-189, 2000
[4] H. Van der Bij, M.X. Song, M. Weggeman, "An Empirical Investigation
into the Antecedents of Knowledge Dissemination at the Strategic
Business Unit Level", In: Journal of Product Innovation Management,
Vol. 20, 163-179, 2003
[5] G. Calabrese, "Managing information in product development", In:
Logistics Information Management, Vol. 12, 6, 439-450, 1999
[6] H. Berends, H. Van der Bij, K. Debackere, M. Weggeman, ÔÇ×Knowledge
sharing mechanisms in industrial research", In: R&D Management, 36,
1, 85-95, 2006
[7] C. W. Choo, "The knowing organization: How organizations use
information to construct meaning, create knowledge and make
decisions", In: International Journal of Information Management, Vol.
16, 5, 329-340, 1996
[8] J.F. Sowa, "Semantic Networks", In Encyclopedia of Artificial
Intelligence. Shapiro Stuart C., Wiley (ed.), 1992
[9] S. Kendal, M. Creen, "An Introduction to Knowledge Engineering",
Springer, USA, 2007
[10] S. Montenegro, "Sichere und fehlertolerante Steuerungen, Entwicklung
sicherheitsrelevanter Systeme", M├╝nchen, Carl Hanser Verlag, 1999
[11] L. Ridder, "Merology", ┬®Vittorio Klostermann GmbH Frankfurt am
Main, 2002
[12] E. Habiger, ÔÇ×Begriffe & Kurzbezeichnungen der industriellen
Automation - A&D LEXIKON 2007", M├╝nchen, 7.Aufl., publishindustry
Verlag GmbH, 2007
[1] I. Nonaka, H. Takeuchi, "The Knowledge-Creating Company, How
Japanese Companies Create the Dynamics of Innovation", Oxford
University Press, USA, 1995
[2] D.H. Henard, M.A. McFadyen, "R&D Knowledge is Power", In
Research-Technology Management, 41-47, 2006
[3] H. Perks, "Marketing Information Exchange Mechanisms in
Collaborative New Product Development, the Influence of Resource
Balance and Competitiveness", In: Industrial Marketing Management,
Vol. 29, 179-189, 2000
[4] H. Van der Bij, M.X. Song, M. Weggeman, "An Empirical Investigation
into the Antecedents of Knowledge Dissemination at the Strategic
Business Unit Level", In: Journal of Product Innovation Management,
Vol. 20, 163-179, 2003
[5] G. Calabrese, "Managing information in product development", In:
Logistics Information Management, Vol. 12, 6, 439-450, 1999
[6] H. Berends, H. Van der Bij, K. Debackere, M. Weggeman, ÔÇ×Knowledge
sharing mechanisms in industrial research", In: R&D Management, 36,
1, 85-95, 2006
[7] C. W. Choo, "The knowing organization: How organizations use
information to construct meaning, create knowledge and make
decisions", In: International Journal of Information Management, Vol.
16, 5, 329-340, 1996
[8] J.F. Sowa, "Semantic Networks", In Encyclopedia of Artificial
Intelligence. Shapiro Stuart C., Wiley (ed.), 1992
[9] S. Kendal, M. Creen, "An Introduction to Knowledge Engineering",
Springer, USA, 2007
[10] S. Montenegro, "Sichere und fehlertolerante Steuerungen, Entwicklung
sicherheitsrelevanter Systeme", M├╝nchen, Carl Hanser Verlag, 1999
[11] L. Ridder, "Merology", ┬®Vittorio Klostermann GmbH Frankfurt am
Main, 2002
[12] E. Habiger, ÔÇ×Begriffe & Kurzbezeichnungen der industriellen
Automation - A&D LEXIKON 2007", M├╝nchen, 7.Aufl., publishindustry
Verlag GmbH, 2007
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:51481", author = "Ulrich Berger and Yuliya Lebedynska and Veronica Vargas", title = "Knowledge Sharing based on Semantic Nets and Mereology to Avoid Risks in Manufacturing", abstract = "The right information at the right time influences the
enterprise and technical success. Sharing knowledge among members
of a big organization may be a complex activity. And as long as the
knowledge is not shared, can not be exploited by the organization.
There are some mechanisms which can originate knowledge sharing.
It is intended, in this paper, to trigger these mechanisms by using
semantic nets. Moreover, the intersection and overlapping of terms
and sub-terms, as well as their relationships will be described through
the mereology science for the whole knowledge sharing system. It is
proposed a knowledge system to supply to operators with the right
information about a specific process and possible risks, e.g. at the
assembly process, at the right time in an automated manufacturing
environment, such as at the automotive industry.", keywords = "Automated manufacturing, knowledge sharing,
mereology, risk management, semantic net.", volume = "2", number = "5", pages = "600-4", }