Korea Institute of SandT Evaluation and Planning

Seoul, South Korea

Korea Institute of SandT Evaluation and Planning

Seoul, South Korea

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Choi T.,Korea Institute of SandT Evaluation and Planning
PICMET 2016 - Portland International Conference on Management of Engineering and Technology: Technology Management For Social Innovation, Proceedings | Year: 2016

It has been emphasized on the importance of performance evaluation of GRI(Government-funded Research Institutes) in Korea for the reason that the investment in GRIs is constantly increased and accounts for 45% of the national R&D budget in 2012. For measuring excellence of R&D performances, the continuous improvements for evaluation system for GRI have been made in several decades. Nevertheless, incessant needs for developing more compatible and adaptive methods to review its own mission effectively has been increasing. This study is introducing newly designed evaluation system of GRI, which is named as 'Mission based approach' in GRI evaluation. It has several features. First, the original characteristics and mission of each institute is fully reflected from the plan review to the final evaluation. Second, it is composed of two levels of evaluations in order to enhance the accuracy of results. Lastly, the evaluation result is linked to the R&D budget based on the evaluation grade. It is expected that this method can provide a insight for more effectively assessing research performance of GRI's. © 2016 Portland International Conference on Management of Engineering and Technology, Inc.


Kim S.-J.,Korea Institute of SandT Evaluation and Planning | Lee J.-D.,University of Management and Economics | Jung E.-Y.,University of Management and Economics
PICMET 2016 - Portland International Conference on Management of Engineering and Technology: Technology Management For Social Innovation, Proceedings | Year: 2016

This research makes use of an agent-based model that simulates the product evolution affected by the producer's routine, consumer's preference, and complementarity of the product's features. We identify that the velocity of product evolution increases when the heterogeneity of producers or consumers and the complementarity between features increase. We draw some implications based on the results. In respect to policy, we see the need to create a favorable environment for heterogeneous producers to participate in the market to enhance competition. In respect to product development strategy, we see the need to focus on highly complementary technologies. © 2016 Portland International Conference on Management of Engineering and Technology, Inc.


Lee J.-D.,University of Management and Economics | Jung E.-Y.,University of Management and Economics | Yoon J.,University of Management and Economics | Kim S.-J.,Korea Institute of SandT Evaluation and Planning | Jung H.,University of Management and Economics
2013 Proceedings of PICMET 2013: Technology Management in the IT-Driven Services | Year: 2013

We establish an algorithm that explains the evolutionary patterns of artifacts and construct a mobile phone phylomemetic tree using a very simple statistical method with the principles of biological evolution. Based on the results, we find that the change of an artifact and society's relationship to that artifact follow a certain pattern. First, the evolution of an artifact's characteristics takes a direction that differs depending upon the characteristics involved. In addition, the outcome of this evolution is connected to the general human perception of consumers. Second, each of an artifact's characteristics evolves sequentially rather than simultaneously. Furthermore, characteristics of one artifact that are held in common with those of other artifacts, such as a digital camera and PDA, have an effect on the speed of that artifact's evolution. Finally, producers that launch many evolved artifacts end up in a leading position in the marketplace. © 2013 PICMET.


Nam C.-S.,Sungkyunkwan University | Bae S.-T.,Korea Institute of SandT Evaluation and Planning | Chung J.-W.,Sungkyunkwan University | Shin D.-R.,Sungkyunkwan University
International Journal of Distributed Sensor Networks | Year: 2013

The data transmission of sensor nodes which detect events might be affected by their neighbor nodes located in their communication range. Thus, we analyze the energy consumption of sensor networks as a function of the number of cluster heads considering the above two options, multihop-based communication and the case where a neighbor node is in the transmission range for communicating data. This helps us to elect the number of energy-efficient cluster heads in a more practical manner. Also, we determine the effect of electing the number of cluster heads by restricting the local cluster size. © 2013 Choon-Sung Nam et al.


Oh S.-H.,Korea Institute of SandT Evaluation and Planning | Lim H.Y.,Korea Institute of Public Administration | Kim B.,Korea Agency for Infrastructure Technology Advancement
Procedia Computer Science | Year: 2016

The G7 Leading Technology Develop Program (G7 Program), a national R&D program (NRDP) in Korea that was funded during the years between 1992 and 2001, served as a cornerstone in boosting Korea's major industries such as semiconductor, information & communications, electronics, and automobile. Overall, this program has been recognized as a typical success model of large-scale government-wide NRDPs from the technology planning phase to the commercialization planning phase. Now more than a decade has passed since the G7 Program ended. This paper at this moment aimed to examine strategies to promote the effectiveness of technology transfer of NRDPs with the G7 Program as a case study. The conceptual scope of the effectiveness of technology transfer covered the overall macroscopic outcome of NRDPs rather than microscopic outcomes, and this study explored the pathway of technology planning of the G7 Program and the success rates of G7 projects. In so doing, we reached the conclusion that strategic planning helped promote the effectiveness of technology transfer by identifying future-oriented and promising R&D items that held the potential for leading their own markets, thereby translating their R&D outcomes into commercialization. © 2016 Published by Elsevier B.V.


Kim S.,Korea Institute of SandT Evaluation and Planning
Communications in Computer and Information Science | Year: 2013

The prevention or elimination of causes of death in early life has resulted in a population consisting of an increasing proportion of elderly people. With this increasing proportion of elderly people, we will encounter many problems like a degenerative disease, the depletion of welfare money like public medical insurance and the lowering growth rate of nation, and so on. In this research, at first every possible expected issue related to aging population was drawn through literature review and expert interview. Then products and service need to tackle aging population issues was drawn. The last step is to draw key technologies to realize these products and services. Among such technologies, we studied which technology belongs to the HCI technology, and carried out survey of the impact of each technology economically or socially. Based on these results, we presented a R&D strategy of the Korean government for the HCI technology development in response to the future aging society. © Springer-Verlag Berlin Heidelberg 2013.


Ko Y.,Korea Institute of SandT Evaluation and Planning
Science and Public Policy | Year: 2015

'Basic research' is based on epistemological and intentional criteria. In terms of science policy, however, these criteria imply contradictory views on investment in 'basic research'. The former espouses the linear model of innovation and encourages policy-makers concerned with economic problems to expand investment on basic research. However, the latter can collide with the policy norm of policy-makers and discourage investment in 'basic research' in an institutional setting where the nation-state prevails over scientists, as in South Korea. Emphasizing policy ideas and policy learning, this paper empirically shows that changes in investment priority and the emergence of new concepts about 'basic research' are co-products of a policy paradigm of the linear model and a policy norm of industrial competitiveness in Korea. Specifically, emphasis was placed on the balance between pure and oriented basic research, but moved on to 'oriented basic research', 'basic engineering', and to 'basic research' coupled with 'woncheon-technology'. © The Author 2014.

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