Innovation Process Technology An Approach by Dual ComBine Analysis and Purpose Engineering

Hideyasu KARASAWA; Katsuro SAGANE; Hidenaga KARASAWA; Akira KURIYAMA; Minoru KOBAYASHI

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TRAFST Vol.9 No.1 pp. 44-55

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Innovation Process Technology An Approach by Dual ComBine Analysis and Purpose Engineering

Hideyasu KARASAWA^∗1, Katsuro SAGANE^∗1, Hidenaga KARASAWA^∗1, Akira KURIYAMA^∗1, and Minoru KOBAYASHI^∗2

^∗1Data Cake Baker Corporation, 1-53-46 Sakuragaoka, Tama-City, Tokyo

^∗2Fukuoka Institute of Technology, 3-30-1 Wajiro-higashi, Higashiku,Fukuoka, Japan

Received:

2 February 2015

Accepted:

8 March 2015

Published:

April 15, 2015

Keywords:

innovation process technology, concept design, Dual ComBine Analysis, Purpose Engineering, F-CAP system, mind means encounter process, trilateral matching problem

Abstract

We propose a methodology for Innovation Process Technology by Dual ComBine Analysis and Purpose Engineering. This methodology consists of purpose orchestration for target creation, innovation concept design and mind means encounter process. This technical area can be formulated as the trilateral matching problem. Dual ComBine Analysis will be effective approach to the problem.

Cite this article as:

Hideyasu KARASAWA, Katsuro SAGANE, Hidenaga KARASAWA, Akira KURIYAMA, and Minoru KOBAYASHI, “Innovation Process Technology An Approach by Dual ComBine Analysis and Purpose Engineering,” , Vol.9, No.1, pp. 44-55, 2015.

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This article is published under a Creative Commons Attribution-NoDerivatives 4.0 International License.

Innovation Process Technology An Approach by Dual ComBine Analysis and Purpose Engineering

Hideyasu KARASAWA∗1, Katsuro SAGANE∗1, Hidenaga KARASAWA∗1, Akira KURIYAMA∗1, and Minoru KOBAYASHI∗2

Hideyasu KARASAWA^∗1, Katsuro SAGANE^∗1, Hidenaga KARASAWA^∗1, Akira KURIYAMA^∗1, and Minoru KOBAYASHI^∗2