우리나라의 해양관광 현황 및 개발 방향에 관한 연구

김성귀(Sung-Gwi KIM) 한국해양과학기술원 1995 Ocean and Polar Research Vol.17 No.1

새로이 指定된 科學的 特別關心區域

蔣舜槿(Soon-Keun Chang) 한국해양과학기술원 1990 KOREAN JOURNAL of Polar Research Vol.1 No.1

고주파(HF) 해양레이더 운용에 분배된 국내 주파수 전파 환경 분석

송규민(Kyu-Min Song) 한국해양과학기술원 2016 Ocean and Polar Research Vol.38 No.4

Partial high frequency bands were allocated to the operation of ocean surface radars that monitor the sea surface currents and waves in WRC-12. On that basis, government-related organizations revised the table of domestic frequency allocation. In order to study radio environments in the allocated bands for ocean radar, tests of the radio signal spectrum were carried at 7-sites using the receiver of the ocean surface radar system operated with a shutdown of the transmitter for 10−60 min. The results showed that no serious radio noises occur at 25 and 43 ㎒ bands, indicating a good radio environment for the ocean surface radar operation. However, at 13 ㎒ band, it was difficult to generate stable and confidential data from the ocean surface radar because serious radio noises occurred continuously.

국내외 해양생명공학 산업시장의 장기예측 및 함의

장덕희(Duckhee Jang),강길모(Gilmo Kang),채기영(Gi-Young Chae),김수지(Soo-Ji Kim),조민주(Min-Ju Jo),차정미(Jeong-Mi Cha),함현경(Hyun-Kyung Ham) 한국해양과학기술원 2013 Ocean and Polar Research Vol.35 No.2

The marine biotechnology industry is very significant as compared to other industries as one of the driving forces for economic growth in the next generation in Korea. However, the marine biotechnology market has been considered as a component of the biotechnology industry market which made difficult for creating separate research areas in relation to the scope of the relevant industry market as well as making it difficult to establish its own R&D policy strategies. Accordingly, this study was executed to estimate the future long-term market value of the marine biotechnology within the limit of industrial field and to verify the importance of national R&D investment in marine biotechnology on the basis of estimations within the industrial perspective. To this end, we classified the marine biotechnology industry into the four sub-sectors and estimated the domestic and global industrial market in 2010 and 2024. According to the results, the domestic and global market of the marine biotechnology industry will see a remarkable growth by 2024. In particular, the bio-energy, pharmaceutical and functional foods industry markets will achieve astonishing advances. On the basis of the analysis results, Korea has to establish more progressive and aggressive R&D investment strategies to strengthen national competitiveness through the marine biotechnology industry.

해양과학기술분야 연구개발 결과의 사업화 성공요인에 관한 연구

이용규(Yong-Kyu Lee),임장근(Jang-Geun Lim) 한국해양과학기술원 2012 Ocean and Polar Research Vol.34 No.3

This study focuses on systematic structure of factors, which affect commercialization of ocean science and technology (OST), applying both grounded theory methodology (GTM) and semantic network analysis methodology (SNAM) by using in-depth interviews with 8 specialists previously experienced in the same field. This study further focuses on clarification of the distinctiveness and universality of commercialization factors on OST by comparatively analyzing on the commercialization factors of general sciences and technologies. Using SNAM, it was determined that commercialization success required connected support system, government support, technology marketing, technology power and characteristics of commercialized entities, which were identified as dominant factors. GTM presented an outcome that connected support systems among participants in commercialization and found that research institute strategies are significant factors in the core phenomenon of commercialization, while technology marketing, technology power and market-oriented technology are important conditions. In addition, the factors of technology, market, connection of participants and government support of commercialized entities are shown as equally important factors for commercialization of ocean science and technology. Secondly, SNAM results indicate that ocean science characteristics depend on a network of government support, research institute strategy, organization and manpower, capital power, and technology marketing, as these ocean science characteristics have been identified as significant factors in the GTM study. It has been determined that technology, market and government support should be connected in order for commercialization of ocean science and technology (OST). Moreover, commercialization methods, applied to the marketing of commercialization of ocean science and technology is differentiated from others since commercialization success is more relevant to these factors.

海洋科學調査에 관한 立法的 考察

洪承湧(Seoung-Yong HONG) 한국해양과학기술원 1988 Ocean and Polar Research Vol.10 No.1

국제사회 힘의 변화와 해양레짐 출현에 관한 소고

강량(Ryang Kang),박성욱(Seong Wook Park),양희철(Hee Cheol Yang) 한국해양과학기술원 2006 Ocean and Polar Research Vol.28 No.3

As the political arguments on international power concept has gradually been deepened, the role of international regimes, defined as principles, norms, rules, and decision-making procedures around which nation-actors’ expectations converge in a given issue-area, has also been reinforced. There are many ways of understanding about international regimes. In terms of realistic theories, international regimes are one of methods of maintaining hegemonic power order of hegemonic nation and in terms of liberalistic theories, international regimes are understood as the products of mutual inter-dependence of nations in changing international society. As a matter of fact, if we take structural causes and regime consequences into severe consideration, we can find not a few characteristics of international regimes, such as security regime, world trade and finance regime, ocean regime, environmental regime, human right regime, etc. This paper will examine the changing concept of power after World War II in three categories of hard power (military power), meta power (regime creating power), and soft power (advanced in cultural, diplomatical, and technological power). This paper will provide the evidence of why the changing power concepts will be strongly related with the emergence of international regimes. The UN convention on the law of the sea will chosen as a standard case of the ocean regime and it’s regime structure and role will also be analysed in both realistic and liberalistic theories. Futhermore, the nations’ interests involved in the UN convention on the law of the sea will be analytically classified and finally a future prospectus of the UN convention on the law of the sea as an ocean regime will be tested.

컴퓨터 네트워크를 이용한 해양자료 배포 시스템 연구

박필성(朴弼聖) 한국해양과학기술원 1994 Ocean and Polar Research Vol.16 No.1

과학기술 ODA 사업에서의 현지 R&D센터 활용에 관한 연구

장덕희(Duckhee Jang),강길모(Gilmo Kang),권문상(Moon-Sang Kwon),박흥식(Heung-Sik Park),김태영(Tae-Young Kim),임형백(Hyung-Baek Lim) 한국해양과학기술원 2013 Ocean and Polar Research Vol.35 No.4

The purpose of this study is to demonstrate, through case studies, the usefulness of utilizing local R&D centers under science and technology ODA programs. For the past few decades, advanced countries have supported ODA projects of developing countries, but there have been negative opinions regarding the results. Through a case study of the black pearl cultivation project between the Korea Institute of Ocean Science & Technology and Micronesia, this study explains the usefulness of actively utilizing Korean R&D centers established and operational in recipient countries. Although black pearl cultivation is not an ODA project, the case study offers valuable insights as it is operated in a similar form and thus highly applicable to future projects. Based on the case study, four implications were derived to ensure the successful operations of science and technology ODA projects in the future. First, there is a need to improve relevance by making use of the technological capacities of local R&D institutes to develop projects that reflect the needs of recipient and donor countries. Second, trust must be established with local communities over the long term in order to enhance the effectiveness and efficiency of project operations. Third, the proportion of science and technology ODA projects must be expanded to acquire sustainability, and more support should be granted to ODA projects involving marine resources, which are an advantage for countries of Micronesia. Lastly, the locals should be offered employment opportunities and regular training programs to allow for the actual transfer of knowledge instead of mere techniques. The implications derived in this study will prove useful in pursuing science and technology ODA projects, especially with Micronesia.

연구사업 해양자료 관리를 위한 표준화와 해양물리자료 표준(안)

김성대(Sung-Dae Kim),최상화(Sang-Hwa Choi),박준용(Jun-Yong Park),박수영(Soo-Young Park) 한국해양과학기술원 2015 Ocean and Polar Research Vol.37 No.4

Standardization work for the ocean data produced by a variety of national oceanographic research projects was conducted in order to establish a national ocean data sharing system. For this work, we first prepared standard proposals for the national research ocean data by reviewing and analyzing of existing international and domestic ocean-data standards. The proposed standards were reviewed and revised by experts in the field of oceanography and academic societies for documentation. The 125-page technical report on the standards of 25 data items was prepared as an output of this research work, which is available free of charge for the public and interested parties. This paper explains the proposed standards of metadata and codes regarding the common properties of all the oceanographic data items. Especially, the standards for the metadata, codes and data formats of 4 physical data items were described in detail. In order to be adopted as the national standards for ocean data, however, the standards suggested here require further development and/or modification based on additional reviews of and ample feedbacks from the relevant academic and technical communities.