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A Study on the Connective Validity of Technology Maturity and Industry for Core Technologies based on 4th Industrial Revolution

4차 산업혁명 기반 핵심기술에 대한 기술성숙도와 산업과 연계 타당성 연구

  • Cho, Han-Jin (Dept. of Energy IT Engineering, Far East University) ;
  • Jeong, Kyuman (School of Computer & Communication Engineering, Daegu University)
  • 조한진 (극동대학교 에너지IT공학과) ;
  • 정규만 (대구대학교 정보통신공학부)
  • Received : 2019.01.02
  • Accepted : 2019.03.20
  • Published : 2019.03.28

Abstract

The core technology development of the Fourth Industrial Revolution is linked to the development of other core technologies, which will change the industrial structure in the future and create a new smart business model. In this paper, tried to analyze the technology maturity level and analyze the technology maturity. To do this, used technology trend information to investigate and integrate the market, policy, etc. Of core technology of the 4th Industrial Revolution to achieve a comprehensive maturity level. Because technology maturity measures are scored by technology developers, prejudices may be acted upon according to a person's tendency, which may be a subjective evaluation. It is also a measure of the maturity of individual technologies, and thus is not suitable for evaluating the overall system integration perspective. However, it is possible to evaluate the maturity before integrating the core element technologies constituting the whole system and to use it as a means to compare the effect of the whole system and its feasibility and play an important role in the planning of technology development.

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Fig. 1. Technology Readiness Level

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Fig. 2. Gap of Robotics Technology with USA by Country

Table 1. Trends in Robot Technology Policy by Country

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Table 2. Trends in national policy on artificial intelligence technology

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Table 3. Trends in Bigdata technology policy on artificial intelligence technology

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Table 4. Trends in IoT technology policy on artificial intelligence technology

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Table 5. Trends in Cloud computing technology policy on artificial intelligence technology

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Table 6. Trends in 3D Printing technology policy on artificial intelligence technology

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Table 7. Trends in Block chain technology policy on artificial intelligence technology

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Table 8. Comparison of domestic technology level with countries that have the best technology of Artificial Intelligence

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Table 9. Comparison of domestic technology level with countries that have the best technology of Bigdata

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Table 10. Comparison of domestic technology level with countries that have the best technology of IoT

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Table 11. Comparison of domestic technology level with countries that have the best technology of cloud computing

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Table 12. Comparison of domestic technology level with countries that have the best technology of 3D printing

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Table 13. Comparison of domestic technology level with countries that have the best technology of block chain

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Acknowledgement

Supported by : Korea Sanhak Foundation(KSF)

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