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1 /Review Innovation Process Technology Hideyasu KARASAWA 1, Katsuro SAGANE 1, Hidenaga KARASAWA 1, Akira KURIYAMA 1, and Minoru KOBAYASHI 2 Abstract We propose a methodology for Innovation Process Technology by Dual ComBine Analysis. 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 effectiveapproachto the problem. Keywords innovation process technology, concept design, Dual ComBine Analysis, Purpose Engineering, F-CAP system, mind means encounter process, trilateral matching problem 1. 4 [1] PDCA [2] KJ [3] TRIZ [4] Data Cake Baker Corporation, Sakuragaoka, Tama-City, Tokyo 2 Fukuoka Institute of Technology, Wajiro-higashi, Higashiku, Fukuoka, Japan Received: 2 February 2015, 8 March 2015 [5] NPS E. M. [6]

This technical area can be formulated as the trilateral matching problem. Dual ComBine Analysis will be effectiveapproachto the problem.

2 Innovation Process Technology 2. 1% 99% [7] 3.5 II 3 : A. B. C. A. M. [8, 9] QFD DCB-Analysis: Dual ComBine Analysis 2 3 DCB-Analysis 3 a. b. c Oukan Vol.9, No.1 45

3 Karasawa, H. et al. 3 [10] M&A [11] J. F. 3 3 MAC U2 3D 3 SONY 3.5 GPS [12] MAC

4 Innovation Process Technology F-CAP [10] [13] [14, 15] [16] As-Is To-Be To-Do 3 To-Do To-Be To-Do To-Be 1% 99% 3 Oukan Vol.9, No.1 47

5 Karasawa, H. et al. 4.2 [17] No.1. M. No.1 3 [18] SUV [19] ICT To-Do

6 Innovation Process Technology [20] 3 3 Oukan Vol.9, No.1 49

7 Karasawa, H. et al. Fig. 1: QFD Trinitron system for DCB-Analysis QFD QFD: Quality Functional Deployment [21] Fig. 1 Quality [12] GA

8 Innovation Process Technology 3.5 [21] E- DSM 4 6. RDF AIC BIC 4 IBM AI 70% Oukan Vol.9, No.1 51

9 Karasawa, H. et al [12] [10] k- 7. AI [11] 7.1 US [22] 7.2 A B B A B B A A B C A A C B C A B A B A B C

10 Innovation Process Technology p X Y 3 (1) (2) (3) (3) Y = kd q M At M X (1) X = ld (1 q) N A N Y (2) A D k l q (1) X Y (2) X Y 3 [23] 7.4 (1) 4 (2) 4 1 (3) Homogeneity Analysis 8. Oukan Vol.9, No.1 53

11 Karasawa, H. et al. QFD 10 [24] F-CAP [25] 30 [26] 4 EU Industry 4.0 US Open Government Platform OGPL Industrial Internet Intelligent Maintenance IoT IBMPC Xerox Star P/L B/S SOX UK CO 2 EU ICT ICT

12 Innovation Process Technology : [22] : pp [23] : 23 pp [24] : 23 pp [25] H. Karasawa: Methodology of Project Management of New Product Development Type: The Flexible PERT Chart and its Application, Proceedings of the 2 nd World Conference and the 15th Annual POM Conference, CD-ROM, [26] : [1] : 4.0 ICT Vol.24 No.4 pp [2] J. A. : p [3] : pp [4] CPM TRIZ : TRIZ 2003 [5] C. M. : pp [6] E. M. : pp [7] 1963 [8] M. : 2008 [9] : [10] : 2013 [11] : 1999 [12] : 2006 [13] : 1. p [14] : p [15] : pp [16] : - Vol.65, No.3 p [17] Quantum Marketing WIRED Vol.14 p. 011 pp [18] M. : pp [19] : pp [20] J. S. : 2007 [21] : CAD TV SC No Gp Oukan Vol.9, No.1 55

CD-ROM, 2004. [26] : 1995-2006 [1] : 4.0 ICT Vol.24 No.4 pp. 220-228 2015 [2] J. A. : p. 1801993 [3] : pp. 229-305 1993 [4] CPM TRIZ : TRIZ 2003 [5] C. M. : pp. 55-63 2004 [6] E. M. : pp. 9-102002 [7] 1963 [8] M.

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日本感性工学会論文誌 Vol.13 No.2 pp.391-402 2014 PROGRESS Consideration of the Transition in Mitsubishi Electric Corporate Website Design Transition in Response to Environmental Change and Record through the Case of Corporate