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Keywords

collaborative research new product development clockspeed inter‐functional collaboration manufacturing operations changeover flexibility capacity planning quality management setup time reduction service operations after sales support service design supply chain operations capacity reservation contract supplier selection high tech industry personal computer industry aerospace industry semiconductor industry electronics industry telecommunications industry management consulting technology vendor trade association

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References

Amaral

Billington

Tsay

A. A.

. 2004. Outsourcing production without losing control. Supply Chain Management Review November/December 8(8) 44–52.

American Electronics Association (AeA) . 2003. Defining the high‐tech industry sector. February. (http:www.aeanet.orgPublicationsidmk_naics_pdf.asp).

Bennis

W. G.

O'Toole

2005. How business schools lost their way. Harvard Business Review (Online version) May (http:harvardbusinessonline.hbsp.harvard.edu /b02/en/hbr/hbrsa/current/0505/article/R0505F.jhtml).

Blau

G. E.

Pekny

J. F.

Varma

V. A.

Bunch

P. R.

. 2004. Managing a portfolio of interdependent new product candidates in the pharmaceutical industry. Journal of Product Innovation Management 21(4) 227–245.

Cargille

Bliss

. 2001. How supply chain analysis enhances product design. Supply Chain Management Review. September/ October 5(5) 64–74.

Cargille

Kakouros

Hall

. 1999. Inventory optimization at Hewlett‐Packard Company. OR/MS Today October 26(5).

Carrillo

J. E.

2005. Industry clockspeed and the pace of new product development. Production and Operations Management 14(2) 125–141.

Chakravarthy

S. R.

Agnihothri

S. R.

. 2005. Optimal workforce mix in service systems with two types of customers. Production and Operations Management 14(2) 218–231.

Deng

Elmaghraby

. 2005. Supplier selection via tournaments. Production and Operations Management 14(2) 252–267.

10.

Ding

Eliashberg

. 2002. Structuring the new product development pipeline. Management Science 48(3) 343–363.

11.

Eisenhardt

K. M.

Tabrizi

B. N.

. 1995. Accelerating adaptive processes: Product innovation in the global computer industry. Administrative Science Quarterly 40 84–110.

12.

Erkoc

S. D.

. 2005. Managing high‐tech capacity expansion via reservation contracts. Production and Operations Management 14(2) 232–251.

13.

Fine

C. H.

2000. Clockspeed based strategies for supply chain design. Production and Operations Management 9(3) 213–221.

14.

Gaimon

Morton

. 2005. Investment in facility changeover flexibility for early entry into high‐tech markets. Production and Operations Management 14(2) 159–174.

15.

Griffin

Page

A. L.

. 1996. PDMA success measurement project: Recommended measures for product development success and failure. Journal of Product Innovation Management 13(6) 478–496.

16.

Hayes

Pisano

Upton

Wheelwright

. 2005. Operations, Strategy, and Technology: Pursuing the Competitive Edge. John Wiley and Sons, New York, New York.

17.

Henderson

Cockburn

. 1996. Scale, scope and spillovers: The determinants of research productivity in drug discovery. Rand Journal of Economics 27(1) 32–59.

18.

Henderson

1994. The evolution of integrative capability: Innovation in cardiovascular drug discovery. Industrial and Corporate Change 3(3) 607–630.

19.

Jayanthi

Sinha

K. K.

. 1998. Innovation implementation in high tech manufacturing: A chaos theoretic empirical analysis. Journal of Operations Management 16 471–494.

20.

Karabuk

S. D.

. 2005. Incentive schemes for semiconductor capacity allocation. Production and Operations Management 14(2) 175–188.

21.

Mallick

D. N.

Schroeder

R. G.

. 2005. An integrated framework for measuring product development performance in high tech industries. Production and Operations Management 14(2) 142–158.

22.

Manufacturing & Service Operations Management.

Special Issue on Food and Agribusiness Sector 6(3) 2004. Guest editors: Lowe

Timothy J.

and Preckel

Paul V.

23.

National Science Foundation.

2004. Symposium on supply chain management in process industries. May 6–7. Center for Supply Chain Research, University of Minnesota. (http:www.ie.umn.educscrnsfmay04.htm).

24.

Pisano

G. P.

Bohmer

Edmondson

A. C.

. 2001. Organizational differences in rates of learning: Evidence from the adoption of minimally invasive cardiac surgery. Management Science 47(6) 752–768.

25.

Rosen

C. M.

Bercovitz

Beckman

S. L.

. 2001. Environmental supply chain management in the computer industry: A transaction costs economics perspective. Journal of Industrial Ecology 4(4).

26.

Roth

A. V.

Menor

. 2003. Insights into service operations management: A research agenda. Production and Operations Management Summer 12(2) 145–164.

27.

Shingo

1985. A Revolution in Manufacturing: The SMED System. Productivity Press, Cambridge, Massachusetts.

28.

Trovinger

S. C.

Bohn

R. E.

. 2005. Setup time reduction for electronics assembly: Combining simple (SMED) and IT‐based methods. Production and Operations Management 14(2) 205–217.

29.

van deVen

A. H.

Johnson

P. E.

. 2005. Knowledge for theory and practice. Academy of Management Review (forthcoming) January. (http:webpages.csom.umn.edu /smo/avandeven/Vandeven&Johnson%20Know%201‐25‐05.pdf).

30.

Voss

2005. Engaging practitioners in theory development. Presented at the Sixteenth Annual Conference of the Production and Operations Management Society, Chicago, April 30. (http:www.london.edu /assets/documents/PDF/2.3.3.7.5_Chicago_panel.pdf).

31.

Yeung

A. C. L.

Cheng

T. C. E.

Lai

. 2005. An empirical model for managing quality in the electronics industry. Production and Operations Management 14(2) 189–204.

Conducting Academic Research with an Industry Focus: Production and Operations Management in the High Tech Industry

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