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    DEA를 활용한 제조 및 서비스 산업의 기술혁신활동 효율성 비교 연구 = A Comparative Study on Efficiency of Technologically Innovative Activities between Manufacturing and Service Industries Using DEA

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    https://www.riss.kr/link?id=A60213918

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    This research aims at conducting a comparative study on the relative efficiency of technologically innovative activities between manufacturing and service industries using data envelopment analysis (DEA). First, as an individual approach, efficiency of technologically innovative activities between manufacturing and service industries is separately evaluated. The results show that efficiency of both industries is similarly low, but patterns of technologically innovative activities differ from each other. Manufacturing industries usually do innovation focusing on various outputs with a single input, whereas service industries tend to do innovation emphasizing on a single output with mixed inputs. Second, as a holistic approach to both industries, efficiency is collectively assessed. The analysis demonstrates that efficiency of service industries is higher than that of manufacturing industries, and there are similar patterns of technologically innovative activities between both manufacturing and service industries. This study provides industrial managers with policy implications based on similarities and differences between manufacturing and service industries.
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    This research aims at conducting a comparative study on the relative efficiency of technologically innovative activities between manufacturing and service industries using data envelopment analysis (DEA). First, as an individual approach, efficiency o...

    This research aims at conducting a comparative study on the relative efficiency of technologically innovative activities between manufacturing and service industries using data envelopment analysis (DEA). First, as an individual approach, efficiency of technologically innovative activities between manufacturing and service industries is separately evaluated. The results show that efficiency of both industries is similarly low, but patterns of technologically innovative activities differ from each other. Manufacturing industries usually do innovation focusing on various outputs with a single input, whereas service industries tend to do innovation emphasizing on a single output with mixed inputs. Second, as a holistic approach to both industries, efficiency is collectively assessed. The analysis demonstrates that efficiency of service industries is higher than that of manufacturing industries, and there are similar patterns of technologically innovative activities between both manufacturing and service industries. This study provides industrial managers with policy implications based on similarities and differences between manufacturing and service industries.

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    목차 (Table of Contents)

    • 1. 서론
    • 2. 제조 및 서비스 산업의 기술혁신활동
    • 3. 제조 및 서비스 산업의 혁신 효율성 분석 방법론
    • 4. 분석 결과
    • 5. 결론
    • 1. 서론
    • 2. 제조 및 서비스 산업의 기술혁신활동
    • 3. 제조 및 서비스 산업의 혁신 효율성 분석 방법론
    • 4. 분석 결과
    • 5. 결론
    • 참고문헌
    • <부록>
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    참고문헌 (Reference)

    1 Muller, E, "What we should know about knowledge intensive business services" 31 (31): 64-72, 2009

    2 Barras, R, "Towards a theory of innovation in services" 15 (15): 161-173, 1986

    3 de Jong, J. P. J, "The fruit flies of innovations: a taxonomy of innovative small firms" 35 (35): 213-229, 2006

    4 Pateli, A. G, "Technology innovation-induced business model change : A contingency approach" 18 (18): 167-183, 2005

    5 Vangaverbeke, W. P. M, "Technology Capability Building through Networking Strategies within High-tech Industries" Academy of Management 2002

    6 Sirili, G, "Technological innovation in services and manufacturing : results from Italian surveys" 27 (27): 881-899, 1998

    7 Timmer, M. P, "Technological development and rates of return to investment in a catching-up economy : the case of South Korea" 14 (14): 405-425, 2003

    8 Baines, T, "State of the art in product-service system" 221 : 1543-1551, 2007

    9 Banker, R. D, "Some models for estimating technical and scale inefficiencies in data envelopment analysis" 30 (30): 1078-1092, 1984

    10 Evangelista, R, "Sectoral patterns of technical change in services" 9 (9): 183-221, 2000

    1 Muller, E, "What we should know about knowledge intensive business services" 31 (31): 64-72, 2009

    2 Barras, R, "Towards a theory of innovation in services" 15 (15): 161-173, 1986

    3 de Jong, J. P. J, "The fruit flies of innovations: a taxonomy of innovative small firms" 35 (35): 213-229, 2006

    4 Pateli, A. G, "Technology innovation-induced business model change : A contingency approach" 18 (18): 167-183, 2005

    5 Vangaverbeke, W. P. M, "Technology Capability Building through Networking Strategies within High-tech Industries" Academy of Management 2002

    6 Sirili, G, "Technological innovation in services and manufacturing : results from Italian surveys" 27 (27): 881-899, 1998

    7 Timmer, M. P, "Technological development and rates of return to investment in a catching-up economy : the case of South Korea" 14 (14): 405-425, 2003

    8 Baines, T, "State of the art in product-service system" 221 : 1543-1551, 2007

    9 Banker, R. D, "Some models for estimating technical and scale inefficiencies in data envelopment analysis" 30 (30): 1078-1092, 1984

    10 Evangelista, R, "Sectoral patterns of technical change in services" 9 (9): 183-221, 2000

    11 Pavitt, K, "Sectoral patterns of technical change : towards a taxonomy and a theory" 13 (13): 343-373, 1984

    12 Goedkoop, M, "Product service systems, ecological and economic basics" Dutch Ministreis of Environment and Economic Affaris 1999

    13 OECD, "Oslo Manual : Guidelines for Collecting and Interpreting Innovation Data, 3nd ed" OECD 2005

    14 Chesbrough, H, "Open Innovation: the New Imperative for Creating and Profiting from Technology" Havard Business School Press 2003

    15 Charnes, A, "Measuring efficiency of decision making units" 2 (2): 429-444, 1978

    16 Hartmann, G. C, "Linking R&D spending to revenue growth" 46 (46): 39-46, 2003

    17 Becheikh, N, "Lessons from innovation empirical studies in the manufacturing sector : a systematic review of the literature from 1993~2003" 26 (26): 644-664, 2006

    18 Galende, J, "Internal factors determining a firmʼs innovative behaviour" 32 (32): 715-736, 2003

    19 Auernhammer, K, "Integrated Development of Products and Services, In Knowledge and Technology Integration in Production and Services : Balancing Knowledge and Technology in Product and Service Life Cycle" Springer 2002

    20 Bougrain, F, "Innovation, collaboration and SMEs internal research capacities" 31 (31): 735-747, 2002

    21 Oke, A, "Innovation types and innovation management practices in service companies" 27 (27): 564-587, 2007

    22 Kirner, E, "Innovation paths and the innovation performance of low-technology firms : an empirical analysis of German industry" 38 (38): 447-458, 2009

    23 Hipp, C, "Innovation in the service sector : the demand for service specific innovation measurement concepts and typologies" 34 (34): 517-535, 2005

    24 Gallouj, F, "Innovation in services" 26 (26): 537-556, 1997

    25 Bergendahl, G, "Evaluating the performance of Swedish savings banks according to service efficiency" 185 (185): 1663-1673, 2008

    26 Giokas, D. I, "Effiency ranking of the OECD member states in the area of telecommunications : a composite AHP/DEA study" 32 (32): 672-685, 2008

    27 Tether, B. S, "Do services innovate (differently)? Insights from the European innobarometer survey" 12 (12): 153-184, 2005

    28 Lee, H, "Comparative evaluation of performance of national R&D programs with heterogeneous objectives: A DEA approach" ELSEVIER SCIENCE BV 196 (196): 847-855, 2009

    29 Howells, T. F, "Annual Industry Accounts : Advanced Estimates for 2006, Survey of Current Busines" US Department of Commerce, Bureau of Economic Analysis 12-25, 2007

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