Dear respected senior, junior, and colleague members,
I wish your homes will be filled with happiness in 2019, the year of the pig (己亥年)!
This year marks the 30th anniversary since the Korean Institute of Electromagnetic Engineering and Science (KIEES) was founded in 1989. The KIEES has now reached adulthood and will be reborn as an institute that presents the vision for academic research and industrial application as the leader of the electromagnetic society. The KIEES has gone through remarkable development, both qualitatively and quantitatively, due to our seniors’ dedicated efforts over the past 30 years. The KIEES is composed of approximately 9,000 members, five branch offices, 17 specialized research groups, one special committee, and 19 standing committees. The KIEES has greatly contributed to academic and industrial development in the electromagnetic wave-related areas, as well as the relevant policy decisions. To inherit our seniors’ dedicated spirit for service and to further elevate the status of the KIEES, I have established this year’s significant business as follows:
First, we will have our English journal JEES included in the SCI.
JEES being included in the SCI is all our members’ long-cherished wish, and our Institute has been dedicated to reaching this goal for the past few years. As a result, JEES was included in the E-SCI, getting us one step closer to SCI. If we continue our hard work, I believe our long-cherished wish will be realized within this year.
Second, we will successfully hold the Winter Conference.
From February 21 to 23 of this year, the first Winter Conference will be held in High 1 Resort, Gangwondo. The Summer Conference, which is held every August, has positioned itself as one of the most prestigious conferences in Korea. We will lay the foundation for the Winter Conference to reach the same level as the Summer Conference within a few years. We will develop diverse programs to make the Summer and Winter Conferences the ideal arenas for academic and social exchanges. Furthermore, we will lay the cornerstone for our Institute’s financial independence.
Third, we will devise measures to activate our branch offices and to improve their organic ties.
The KIEES has 17 specialized research groups, one special committee, and five branch offices. Most research groups and offices hold at least one annual academic research and policy workshop. This year, I will have the KIEES actively support those research groups and branch offices with low activity levels in academic and social exchanges. I will induce every branch office and research group to actively participate in the Summer and Winter Conferences so that they can improve mutual ties.
Fourth, we will try to provide services of good quality to members.
We will reinforce the homepage content to provide all necessary information regarding electromagnetic waves and will invite more members so that our homepage becomes the center for communication. I will also make continuous efforts to enhance the environment of our executive office, which is necessary to support members’ comfortable activities and to further promote our Institute.
Fifth, we will improve our Institute’s institutions.
For the past 30 years, our Institute’s institutions have been gradually improved. We will comprehensively review the institutions and improve them to be suitable for the Institute’s present conditions and size, ensuring equal benefit for all members.
2019 President of KIEES Jeong-Hae Lee
Article 32 of the civil law, establishment and permission of non-profit corporations
December 30, 1989
| June 27, 1989 | The inaugural assembly of Korea Electromagnetic Technology Society |
| December 30, 1989 | Korea Electromagnetic Technology Society (approved by the Ministry of Information and Communication) |
| February 2, 1990 | The corporation was established (Korea Electromagnetic Technology Society) |
| February 19, 1991 | The name was changed to Korea Electromagnetic Technology Society |
| July 6, 1995 | The name was changed to Korea Electromagnetic Engineering Society (KEES) |
| January 01, 2008 | The name was changed to the Korean Institute of Electromagnetic Engineering and Science(KIEES) |
The purpose of this institute is to establish theoretical systems of electromagnetic waves using technology, electromagnetic wave environments and associated industries through related research and studies. The institute will also pursue the development and distribution of the studies and the generalization of related theories in order to contribute to the improvement of mankind `s welfare and the development of the country.
President, Bomson Lee (Kyunghee Univ., Professor, the 20th president)
Around 8,500 (life members 61, regular members around 4,100 plus associate members, student members, etc.)
| 1989. 6. 27. | The association of The Korea EMC/EMI Engineers was established. |
| 1989. 12. 30. | The Association of Korea EMC/EMI Engineers was approved by the MOIC(Ministry of Information and Communication). |
| 1989. 12. 30. | First Chairman(Lee, Joong Kun of Hanyang University) was elected. |
| 1990. 8. | First Chairman had resigned and New chairman(Yoon, Hyun Bo of Dongkook Univ.) was elected. |
| 1990. 11. 30. | Began to publish the Proceeding of EMI/EMC. |
| 1990. 12. 18. | The official name was changed from the Association of Korea EMC/EMI to The Korea EMI/EMC Society. |
| 1991. 11. 12. | First president (Yoon, Hyun Bo of Dongkook Univ.) was elected(Term : 92.1.-93.12.31). |
| 1992. 2. 21. | The Office moved to new building(Rm# 302, Dongkyo-dong, Mapo-ku Seoul). |
| 1993. 12. 11. | The proceeding was registered as a publication to the Ministry of Public Information. |
| 1993. 12. 11. | Second President(Yoon, Hyun Bo of Dongkook Univ.) was elected(Term : 94.1.-95.12.31). |
| 1995. 6. 3. | Renamed as "The Korea Electromagnetic Engineering Society(KEES)" from the previous name "The Korea EMI/EMC Society". |
| 1995. 7. 27. | Six Technical Groups were approved : Electromagnetic Environment, Spectrum Engineering, Microwave and Wave propagation, Electronic Materials and Components, Electromagnetic Wave Measurements, Electromagnetic Wave Application. |
| 1995. 10. 9. | The Office Moved to the current building. |
| 1996. 11. 20. | Youngnam and Honam branches were established. |
| 1995. 11. 25. | Third president(Chung, Nak Sam of KRISS) was elected(term : 96.1.-97.12.31). |
| 1996. 3. 29. | Technical Group of Electromagnetic Field and Biology was approved by Board of directors, and Committee of EMI/EMC Standards were named to Technical Group of EMI/EMC Standards. |
| 1996. 3. 31. | Separated the Journal from Proceeding(5 publications/year). |
| 1997. 1. 1. | Began to publish the Journal bimonthly and the Proceeding quarterly. |
| 1997. 11. 15. | Elected the fourth president(Lee, Hyuk Jae of ETRI) (Term : 98.1.-99.12.31). |
| 1997. 11. 27. | Became the Korean Federation of Science and Technology Societies. |
| 1998. 3. 4. | Became a member of the Korean Association of Academic Societies. |
| 1998. 5. 14. | Approved to represent Korea for the international joint research on the EMI/EMC directed by WHO. |
| 1998. 5. 14. | Technical Group on Electronic Packaging was approved. |
| 1998. 12. 16. | Technical Group on Radio Communication and Broadcasting was approved by Board of directors. |
| 1999. 5. 27. | Released the "Standards for the Emission of Electromagnetic Fields to Human Body". |
| 1999. 9. 30. | "Workshop on EMI/EMC technology and Exhibition" was held in honor of 10th Anniversary of KEES. |
| 1999. 10. 8. | Chungcheong Branch was established. |
| 1999. 11. 6. | Fifth president(Park, Dong Chul of Chungnam Univ.) was elected.(Term : 2000.1.1-2001.12.31). |
| 2000. 1. | Issuing Month of the Proceedings were changed(1, 4, 7, 10), Publication of Journals were increased to 8 times per year(two special issues were included : 1[special], 2, 4, 6, 8, 9[special], 10, 12). |
| 2000. 1. 21. | Technical group on EW was approved by Board of directors. |
| 2001. 5. | The publication of English Journal(JKEES)(twice a year : May and Nov.) was approved by Board of Directors. |
| 2001. 9. 21. | Technical group on SDR(Software Defined Radio), Optical Waves as well as Technical group on EM Education were approved by Board of Directors. |
| 2001. 11. 3. | Sixth president(Kim, Dong Il of Korea Maritime Univ.) was elected(Term : 2002.1.1- 2003.12.31). |
| 2002. 1. | The number of Journal publication became 12 times per year(two special issues and JKEES were included : 1[special], 2, 4, 5[JKEES], 6, 7, 8, 9[special], 10, 11[JKEES], 12). |
| 2002. 4. | Technical group on Radar was approved by Board of directors. |
| 2003. 1. | The publication of Korean Journal was approved by Board of Directors. The number of Journal publication became 14 times per year.(including 2 times JKEES) |
| 2003. 11. 15. | Seventh president(Seung-In Yang of Soongsil Univ.) was elected(Term : 2004.1.1- 2005.12.31). |
| 2004. 1. | The number of JKEES publication became 4 times per year. (3, 6, 9, 12) |
| 2005. 11. 5. | Eighth president(Noh-Hoon Myung of KAIST.) was elected. (Term : 2006.1.1- 2006.12.31) Chief vice president(Sang-Won Yun of Sogang Univ.) was elected. (Term : 2006.1.1- 2006.12.31) |
| 2006. 6. 8. | Technical groups merged and renamed. (Electromagnetic Environment, Electronic Materials and Components, EMI/EMC Standards were merged : EMC technology, Optical waves was renamed Thz & Optical wave technology) |
| 2009. 9. 23 | Conclude a MOU with IEICE-CS |
| 2006. 11. 3. | Nineth president(Sang-Won Yun of Sogang Univ.) was elected. (Term : 2007.1.1- 2007.12.31) Chief vice president(Young-Ki Cho of Kyungpook Nat'l Univ.) was elected. |
| 2006. 12. 20 | Spectrum Policy Special Committee was approved by Board of directors. |
| 2007. 7. 19 | Gangwon branche was established. |
| 2007. 11. 8 | English name was renamed as KIEES "The Korean Institute of Electromagnetic Engineering and Science" |
| 2007. 11. 30. | Tenth president(Young-Ki Cho of Kyungpook Nat'l Univ.) was elected. (Term : 2008.1.1- 2008.12.31) Chief vice president(Jeong-Ki Pack of Chungnam Nat'l Univ.) was elected. |
| 2007. 12. 7 | Jeju branche was established. |
| 2008. 1. | Began to publish the Proceeding(Electromagnetic Technology) bimonthly. |
| 2008. 11. 6. | 11th president(Jeong-Ki Pack of Chungnam Nat'l Univ.) was elected.(Term : 2009.1.1- 2009.12.31) Chief vice president(Hae-Young Lee of Ajou Univ.) was elected. |
| 2009. 2. 5 | Technical group on Electromagnetic Security was approved by Board of directors. |
| 2009. 4. 10 | Conclude a MOU with KORPA |
| 2009. 4. 28 | Conclude a MOU with KCC RRA |
| 2009. 10. 15 | Technical groups separated and renamed. (separated : Microwaves and Wave Propagation, Antennas and Propagation / renamed : Advanced RFID/USN Technology, Spectrum Management and Engineering, Electromagnetic Measurements Technology, Education Research for RFWave Engineering, CR/SDR, / established : Next Generation Broadcast Technology, Future Electromagnetic Technology) |
| 2009. 11. 5. | 12th president(Hae-Young Lee of Ajou Univ.) was elected. (Term : 2010.1.1- 2010.12.31) Chief vice president(Young-Joong Yun of Yonsei Univ.) was elected. |
| 2010. 1. 21. | Technical group on Space Environment and Radio Applications was approved by Board of directors. |
| 2010. 4. 22 | Conclude a MOU with IEEE AESS : APSAR 2011 Co-Sponsor |
| 2010. 4. 26 | Conclude a MOU with KCC CRMO |
| 2010. 10. 28. | 13th president(Young-Joong Yun of Yonsei Univ.) was elected. (Term : 2011.1.1- 2011.12.31) Chief vice president(Ki-Chai Kim of Yeungnam Univ.) was elected. |
| 2011. 11. 25. | 14th president(Ki-Chai Kim of Yeungnam Univ.) was elected. (Term : 2012.1.1- 2012.12.31) Chief vice president(Jaehoon Choi of Hanyang Univ.) was elected. |
| 2012. 11. 30. | 15th president(Jaehoon Choi of Hanyang Univ.) was elected. (Term : 2013.1.1- 2013.12.31) Chief vice president(Taek Kyung Lee of Korea Aerospace Univ.) was elected. |
| 2013. 12. 6. | 16th president(Taek Kyung Lee of Korea Aerospace Univ. ) was elected. (Term : 2014.1.1- 2014.12.31) Chief vice president(Kyung Heon Koo of Incheon National Univ.) was elected. |
| 구분 | 성명 | 소속 | 직위 |
|---|---|---|---|
| 회장 | 이정해 | 홍익대학교 | 교수 |
| 수석부회장 | 민경식 | 한국해양대학교 | 교수 |
| 부회장 | 강진섭 | 한국표준과학연구원 | 책연 |
| 부회장 | 박성욱 | 한국과학기술원 | 교수 |
| 부회장 | 김신겸 | 한국방송통신전파진흥원 | 실장 |
| 부회장 | 방승찬 | 한국전자통신연구원 | 소장 |
| 부회장 | 박송철 | LG U+ | NW개발그룹장 |
| 부회장 | 강동석 | LIG 넥스원 | 본부장 |
| 부회장 | 장주수 | 모아소프트 | 대표이사 |
| 총무상임이사 | 이문규 | 서울시립대학교 | 교수 |
| 집행이사 | 황금철 | 성균관대학교 | 교수 |
| 이사 | 오순수 | 조선대학교 | 교수 |
| 기획상임이사 | 이재욱 | 한국항공대학교 | 교수 |
| 집행이사 | 안승영 | KAIST | 교수 |
| 이사 | 권종화 | 한국전자통신연구원 | 책연 |
| 학술 1 상임이사 | 조춘식 | 한국항공대학교 | 교수 |
| 집행이사 | 최은미 | UNIST | 교수 |
| 이사 | 김흥수 | 제주대학교 | 교수 |
| 이사 | 한기진 | 동국대학교 | 교수 |
| 학술 2 상임이사 | 박영철 | 한국외국어대학교 | 교수 |
| 집행이사 | 홍익표 | 공주대학교 | 교수 |
| 이사 | 정재영 | 서울과학기술대학교 | 교수 |
| 이사 | 황희용 | 강원대학교 | 교수 |
| 재무상임이사 | 이행선 | 서강대학교 | 교수 |
| 집행이사 | 임성준 | 중앙대학교 | 교수 |
| 이사 | 윤중한 | 신라대학교 | 교수 |
| 사업 1 상임이사 | 추호성 | 홍익대학교 | 교수 |
| 집행이사 | 가민호 | 연세대학교 | 교수 |
| 이사 | 유형석 | 한양대학교 | 교수 |
| 이사 | 변우진 | 한국전자통신연구원 | 책연 |
| 사업 2 상임이사 | 이용식 | 연세대학교 | 교수 |
| 집행이사 | 이원철 | 숭실대학교 | 교수 |
| 이사 | 박성원 | 국립전파연구원 | 연구관 |
| 이사 | 최인식 | 한남대학교 | 교수 |
| 학회지상임이사 | 최형도 | 한국전자통신연구원 | 책연 |
| 집행이사 | 김동호 | 세종대학교 | 교수 |
| 이사 | 이일규 | 공주대학교 | 교수 |
| 이사 | 이영철 | 목포해양대학교 | 교수 |
| 국문지상임이사 | 장병준 | 국민대학교 | 교수 |
| 집행이사 | 오정석 | 서울대학교 | 교수 |
| 이사 | 고일석 | 인하대학교 | 교수 |
| 이사 | 민병욱 | 연세대학교 | 교수 |
| 영문지상임이사 | 구현철 | 건국대학교 | 교수 |
| 집행이사 | 전상근 | 고려대학교 | 교수 |
| 이사 | 김강욱 | 광주과학기술원 | 교수 |
| 이사 | 홍원빈 | 포항공과대학교 | 교수 |
| 산학상임이사 | 박용배 | 아주대학교 | 교수 |
| 집행이사 | 김형석 | 대영유비텍 | 부사장 |
| 이사 | 신재곤 | 자동차안전연구원 | 실장 |
| 이사 | 윤희성 | 성원포밍 | 대표이사 |
| 회원개발상임이사 | 정경영 | 한양대학교 | 교수 |
| 집행이사 | 유종원 | 한국과학기술원 | 교수 |
| 이사 | 정진호 | 서강대학교 | 교수 |
| 국제상임이사 | 이재성 | 고려대학교 | 교수 |
| 집행이사 | 서문교 | 성균관대학교 | 교수 |
| 이사 | 신현철 | 광운대학교 | 교수 |
| 이사 | 정유정 | 대구대학교 | 교수 |
| 홍보상임이사 | 육종관 | 연세대학교 | 교수 |
| 집행이사 | 윤익재 | 충남대학교 | 교수 |
| 이사 | 박영진 | 한국전기연구원 | 책연 |
| 구분 | 성명 | 소속 | 직위 |
|---|---|---|---|
| 감사 | 김윤명 | EMF SAFETY | 대표 |
| 감사 | 김정환 | 한국표준과학연구원 | 책연 |
| 구분 | 성명 | 소속 | 직위 |
|---|---|---|---|
| 명예회장 | 윤현보 | 동국대학교 | 명예교수 |
| 명예회장 | 정낙삼 | 표준과학연구원 | 연구위원 |
| 명예회장 | 이혁재 | KAIST | 교수 |
| 명예회장 | 박동철 | 충남대학교 | 교수 |
| 명예회장 | 김동일 | 한국해양대학교 | 교수 |
| 명예회장 | 양승인 | 숭실대학교 | 교수 |
| 명예회장 | 명로훈 | KAIST | 교수 |
| 명예회장 | 윤상원 | 서강대학교 | 교수 |
| 명예회장 | 조영기 | 경북대학교 | 교수 |
| 명예회장 | 백정기 | 충남대학교 | 교수 |
| 명예회장 | 이해영 | 아주대학교 | 교수 |
| 명예회장 | 윤영중 | 연세대학교 | 교수 |
| 명예회장 | 김기채 | 영남대학교 | 교수 |
| 명예회장 | 최재훈 | 한양대학교 | 교수 |
| 명예회장 | 이택경 | 한국항공대학교 | 교수 |
| 명예회장 | 구경헌 | 인천대학교 | 교수 |
| 명예회장 | 남상욱 | 서울대학교 | 교수 |
| 명예회장 | 서철헌 | 숭실대학교 | 교수 |
| 명예회장 | 이범선 | 경희대학교 | 교수 |
| 구분 | 성명 | 소속 | 직위 |
|---|---|---|---|
| 협동부회장 | 강광용 | 블루웨이브텔 | 연구소장 |
| 협동부회장 | 김 남 | 충북대학교 | 교수 |
| 협동부회장 | 김덕용 | KMW | 회장 |
| 협동부회장 | 김영수 | 경희대학교 | 교수 |
| 협동부회장 | 김정곤 | 웨이비스 | 대표이사 |
| 협동부회장 | 김지찬 | LIG넥스원 | 사장 |
| 협동부회장 | 김창주 | 한국전자통신연구원 | 책연 |
| 협동부회장 | 나완수 | 성균관대학교 | 교수 |
| 협동부회장 | 박익모 | 아주대학교 | 교수 |
| 협동부회장 | 박준선 | 이레테크 | 사장 |
| 협동부회장 | 박진효 | SKT | 전무 |
| 협동부회장 | 석제범 | IITP | 센터장 |
| 협동부회장 | 손태호 | 순천향대학교 | 교수 |
| 협동부회장 | 송영배 | 담스테크 | 대표 |
| 협동부회장 | 유현길 | 안리쓰 | 사장 |
| 협동부회장 | 이범석 | 국방과학연구소 | 본부장 |
| 협동부회장 | 이용욱 | 한화시스템 | 본부장 |
| 협동부회장 | 전홍범 | KT 인프라연구소 | 원장 |
| 협동부회장 | 정수진 | 예스이엠피연구소 | 사장 |
| 협동부회장 | 조근환 | 대영유비텍 | 회장 |
| 협동부회장 | 조학래 | 이너트론 | 대표이사 |
| 협동부회장 | 채종석 | 한국전자통신연구원 | 연구위원 |
| 협동부회장 | 최종호 | 로데슈바르즈코리아 | 전무 |
| 협동부회장 | 최진혁 | 한화시스템 | 전무 |
| 협동부회장 | 한석태 | 한국천문연구원 | 책연 |
| 협동부회장 | 허봉재 | HCT | 부사장 |
| 구분 | 성명 | 소속 | 직위 |
|---|---|---|---|
| 협동이사 | 강영흥 | 군산대학교 | 교수 |
| 협동이사 | 곽영길 | 레이다인스티튜드 | 교수 |
| 협동이사 | 김강욱 | 경북대학교 | 교수 |
| 협동이사 | 김구년 | 한국전파진흥협회 | 본부장 |
| 협동이사 | 김규현 | 한국방송통신전파진흥원 | 팀장 |
| 협동이사 | 김동진 | 현대자동차 | 수석연구원 |
| 협동이사 | 김동희 | 키사이트테크놀로지스 | 전무 |
| 협동이사 | 김병성 | 성균관대학교 | 교수 |
| 협동이사 | 김상기 | 감마누 | 사장 |
| 협동이사 | 김상길 | 부산대학교 | 교수 |
| 협동이사 | 김소영 | 성균관대학교 | 교수 |
| 협동이사 | 김용진 | 인하공업전문대학 | 교수 |
| 협동이사 | 김일규 | 국방기술품질원 | 선임 |
| 협동이사 | 김정일 | 한국전기연구원 | 선임 |
| 협동이사 | 김준오 | 유컴테크놀러지 | 사장 |
| 협동이사 | 김진양 | 에이스테크놀로지 | CTO(상무) |
| 협동이사 | 김철수 | 이엠시스 | 대표이사 |
| 협동이사 | 김형주 | 한화시스템 | 상무 |
| 협동이사 | 김호동 | 유텔 | 대표 |
| 협동이사 | 나형기 | LIG 넥스원 | 수석 |
| 협동이사 | 박공만 | 위스텍 | 대표 |
| 협동이사 | 박규호 | 전자부품연구원 | 책연 |
| 협동이사 | 박덕규 | 목원대학교 | 교수 |
| 협동이사 | 박상홍 | 부경대학교 | 교수 |
| 협동이사 | 박원광 | 국민대학교 | 교수 |
| 협동이사 | 박준석 | 국민대학교 | 교수 |
| 협동이사 | 박찬구 | 위월드 | 대표이사 |
| 협동이사 | 박창근 | 숭실대학교 | 교수 |
| 협동이사 | 박현호 | 수원대학교 | 교수 |
| 협동이사 | 배석희 | 국립전파연구원 | 연구관 |
| 협동이사 | 변강일 | 울산과학기술원 | 교수 |
| 협동이사 | 변영재 | 울산과학기술원 | 교수 |
| 협동이사 | 성원모 | EMW | 부사장 |
| 협동이사 | 송호진 | 포항공과대학교 | 교수 |
| 협동이사 | 심동하 | 서울과학기술대학교 | 교수 |
| 협동이사 | 안 달 | 순천향대학교 | 교수 |
| 협동이사 | 안영환 | 아주대학교 | 교수 |
| 협동이사 | 안준오 | 미래전파공학연구소 | 대표이사 |
| 협동이사 | 양성철 | LIG 넥스원 | 상무 |
| 협동이사 | 양영구 | 성균관대학교 | 교수 |
| 협동이사 | 양운근 | 인천대학교 | 교수 |
| 협동이사 | 양준규 | 국립전파연구원 | 연구사 |
| 협동이사 | 오이석 | 홍익대학교 | 교수 |
| 협동이사 | 왕성호 | 네미시스 | 사장 |
| 협동이사 | 우종명 | 충남대학교 | 교수 |
| 협동이사 | 유흥렬 | KT | 부장 |
| 협동이사 | 윤재훈 | 한국전자통신연구원 | 책연 |
| 협동이사 | 이강윤 | 성균관대학교 | 교수 |
| 협동이사 | 이동훈 | 경희대학교 | 교수 |
| 협동이사 | 이병남 | 국방과학연구소 | 단장 |
| 협동이사 | 이붕희 | 대한실드엔지니어링 | 대표 |
| 협동이사 | 이상헌 | LG U+ | 담당 |
| 협동이사 | 이왕상 | 경상대학교 | 교수 |
| 협동이사 | 이용구 | 위드웨이브 | 대표이사 |
| 협동이사 | 이우경 | 한국항공대학교 | 교수 |
| 협동이사 | 이재곤 | 경남대학교 | 교수 |
| 협동이사 | 이재현 | 충남대학교 | 교수 |
| 협동이사 | 이정원 | 한국천문연구원 | 선임 |
| 협동이사 | 이태원 | 한국퀄컴 | 대표 |
| 협동이사 | 임재우 | 국립전파연구원 | 연구사 |
| 협동이사 | 장태헌 | KTL | 센터장 |
| 협동이사 | 전계익 | RF 코어 | 사장 |
| 협동이사 | 정강식 | 한국전력 | 부장 |
| 협동이사 | 정기범 | 이엔알텍 | 대표이사 |
| 협동이사 | 정연춘 | 서경대학교 | 교수 |
| 협동이사 | 정용식 | 광운대학교 | 교수 |
| 협동이사 | 정용채 | 전북대학교 | 교수 |
| 협동이사 | 정찬형 | 한국전파진흥협회 | 연구위원 |
| 협동이사 | 조병록 | 순천대학교 | 교수 |
| 협동이사 | 조삼열 | RFHIC | 회장 |
| 협동이사 | 조용희 | 목원대학교 | 교수 |
| 협동이사 | 차호영 | 홍익대학교 | 교수 |
| 협동이사 | 최재현 | 국방과학연구소 | 박사 |
| 협동이사 | 최주평 | 숭실대학교 | 교수 |
| 협동이사 | 최홍기 | 감마누 | 기술이사 |
| 협동이사 | 표철식 | 한국전자통신연구원 | 그룹장 |
| 협동이사 | 현승엽 | 제주대학교 | 교수 |
| Electronic Warfare | ||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||
| Intelligence and Electronic Warfare Research Institute performs R&D on military & civilian intelligence, electronic warfare(EW) equipment and technologies on a short-term basis and focuses on intelligence warfare (IW) technologies on a long-term basis. Technologies developed by our institute are much utilized by the military, and for such reason our institute consists of experts from universities, related research centers, industry, and the military. Our institute, a unity of research by laboratories, development by industrial entities, and applied technology by the military, search for new technologies that can contribute to national development and peace of mankind. Detailed researches performed by our institute are as listed below. Major Research Areas - Analysis and research on development trend of EW - R&D on equipment, modules, and parts in the areas of electronic intelligence (ELINT), communication intelligence (COMINT), and electronic support measures (ESM, electronic warfare support (ES)) - R&D on equipment, modules, and parts in the area of electronic counter measures (ECM, electronic attack (EA)) - Research on intelligence (signals intelligence (SIGINT), human intelligence (HUMINT), and measurement and signature intelligence (MASINT)). |
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| 2. Greetings | ||||||||||||||||||||||||||||||||||||||||||||||||
| Our institute will make best efforts to contribute to the development of our members, our institute, and our nation by researching intelligence and electronic warfare technologies. We endeavor to provide a venue for university, research, industrial, and military experts to gather and actively make discussions. Chairman: Lim, Joong Soo |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||
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| 4. Organizational Structure | ||||||||||||||||||||||||||||||||||||||||||||||||
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| Space Environment and Radio Applications | ||
| 1. Introduction | ||
| 1) Regarding space-earth communications and broadcasting, research on drastic increases in electromagnetic waves in the space weather and exchanges of relevant technological information 2) Research on effective and efficient utilization of frequencies for space communications based on the space weather and exchanges of relevant technological information 3) Research on characteristics of radio propagation aimed at minimizing space radio interference in space communications services such as satellite navigation services, and exchanges of relevant technological information 4) Research on space radio effect for national disaster management system, strengthening of the system's efficiency, and exchanges of relevant technological information 5) Research on enhancement of measures to utilize satellite communications and broadcasting system such as economically feasible designing of the system using long-term space weather, and exchanges of relevant technologies |
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| 2. Greetings | ||
| We hope you will show a lot of interest in our institute. Thank you very much. |
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| 3. History | ||
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| 4. Organizational Structure | ||
| Chairman: Kwag, Young-Kil (Korea Aerospace Univ.) Vice Chairman: Bae, Seok-Hee (RRA) |
| Antennas and Propagation | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Antennas and Radio Propagation Research Institute was newly organized in 2010 by spinning off from the existing Microwave and Radio Research Institute in order to research new antenna technologies required in the rapidly growing wireless communications service and radio wave application environment, and to provide information on recent market and technological trends to university, research, industrial, and military experts on radio propagation, and to activate their joint researches. Our institute takes charge of the areas of antennas, numerical analyses, radio propagation, and wireless channel modeling. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Major Activities - Research on antenna techniques (design, analysis, and measurement) and exchanges of relevant technological nbsp;information - Research on electromagnetic waves and radio propagation and exchanges of relevant technological information - Research on electromagnetic theories and numerical analyses and exchanges of relevant technological information - Relevant standardization activities and research for enactment of technological standards - Hosting of regular exchange meetings for international experts on the field of antennas - Enhancing the position of domestic experts on the area of antennas and radio propagation in international conferences and symposiums |
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| 2. Greetings | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The convergence trend of radio application technologies among diverse areas such as broadcasting, transportation (vehicles, ships, and airplanes), medicine, and clothing, together with the rapid development of mobile communications technology, is demanding new antenna technologies. In response, the Korean Institute of Electromagnetic Engineering & Science (KIEES) newly established the Antennas and Radio Propagation Research Institute in order to swiftly provide academic, industrial, and research institutions with information about relevant technologies that change and induce joint research among experts from related organizations, thereby playing the role of a hub for development of domestic antenna technologies. In addition, our institute expects to cultivate young, excellent research developers and experts and activate their mutual exchanges by hosting a variety of events such as workshops, international technology exchange conferences, and technology exchange conferences among the industrial, academic, and research worlds. Our institute promises to make best efforts to open a venue for technological exchanges as well as providing diverse information about relevant fields. Chairman Min, Kyeong-Sik |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| 4. Organizational Structure | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| 5. Technical Meeting Schedule in 2011 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Spectrum Policy Committee | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Spectrum Policy Committee is a standing committee which was established to study policies and emerging technologies for the radio, communication, and broadcasting areas. Its roles include contributing to the government's swift policy-making in accordance with diverse radio environmental changes including broadcasting-communication convergence, technologically supporting the government with efficient spectrum policies for new radio environment, and suggesting the roadmap of national technology development. Our committee is made up of two organizations. The Spectrum Policy Committee consists of experts on radio, communications, broadcasting, economy, and law-institution from academic and industrial areas, research institutions, and government, and the Technical Committee is under the Spectrum Policy Committee. The Spectrum Policy Committee decides major issues and directions regarding spectrum policies, and the Technical Committee performs detailed research on specific fields and collaborates with the Spectrum Research Group. Major Research Areas - Research on developmental direction of radio technologies and their social, cultural, and economic effects - Research on new paradigm of radio policy due to radio environmental changes and new technologies. - Investigation and analysis of the environment coming with the realization of u-Society |
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| 2. Greetings | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Hello? Our committee is making the best efforts to study radio-related policies including various measures to foster new technology industries in the radio broadcasting area and to strengthen their competitiveness. It would be highly appreciated if you show a lot of interest in our committee. Thank you very much. |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| 4. Organizational Structure | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Radar | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Radar is an object-detection system which uses electromagnetic waves to determine the range, altitude, direction, or speed of both moving and fixed objects such as aircraft, ships, spacecraft, guided missiles, motor vehicles, weather formations, and terrain. Practical radar was developed in secrecy during World War II by Britain and other nations. The term RADAR was coined in 1940 by the U.S. Navy as an acronym for RAdio Detection And Ranging. With recent rapid development of electromagnetic and signal processing technologies, now the applications of radar is being expanded to the areas of transportation, civilian industry, SAR imaging for homeland security, and other science and technology as well as defense and space. In step with such a trend, the Radar Society was established in 2002 under the KIEES to promote the research activity and corporation of researchers in universities, research institutes, government sectors, and companies. It provides education programs for domestic engineers, and hosts domestic Radar conference on the Radar technology every year. Through the education program and conference on radar technologies, the Radar Society has made efforts to provide opportunities for exchanging information among the industrial, academic, research, government, and military worlds, resulting in a step forward to enhancing domestic radar core technologies. In the future, the Radar Society will activate higher-level education, workshop, international conference by inviting internationally renowned figures, thereby enhancing the international competitiveness. The Society will also explore new application areas of radar and at the same time provide long-term visions through research on platform technology. Major Activities and Goals
Major Research Areas
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| 2. Greetings | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Radar Society was established in 2002 by a group, led by Professor KWAK Young-Kil, composed of figures interested in radar from the industrial, academic, research, government, and military worlds, in order to invigorate domestic radar research activity and to encourage the exchange of information between researchers related with radar. When setting up our Society, we decided as basic operation strategies to activate the radar industry, procure high-quality human resources related to the radar field, and enhance the awareness of the importance of the radar industry for national security. To achieve the goal, our Society annually gives short courses to industrial researchers and graduates and hosts workshops to promote mutual understanding among the industrial, academic, research, and government worlds. In 2010, we succeeded in bidding for the Asia-Pacific Conference on Synthetic Aperture Radar (APSAR 2011), thereby including the research area on synthetic aperture radar (SAR) within its scope of our activities and expanding its arena. Comparing human resources in the radar industry in its early stage with those at the current time shows that there has been a lot of advance thus far, and both qualitative and quantitative development is expected in the future. We expect that radars/SARs developed by our own technologies will be deployed across the world as well as on the Korean Peninsula, thereby Korea becoming a radar superpower observing the planet and the universe. Let’s make efforts to realize this dream. Thank you very much. Chairman: Sangwook Nam |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Chairman:
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| THz & Optical Wave Technology | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Terahertz and Optical Wave Research Institute intends to make swift and effective response in establishing future service strategies and performing R&D on ten future services by the government (Korea Communications Commission (KCC)) pushing for realization of a radar superpower and also contribute to improving national public interests through radar. Furthermore, our institute attempts to actively participate in technological support and development of new systems for efficient frequency policies in accordance with new radio environment and at the same time actively contribute to the radio and satellite field. Our institute, which consists of industrial, academic, and research experts on electromagnetic-optical waves, communications, imaging, and sensing areas, intends to expand the basis for our research and nurture human resources by hosting workshops on expertise related to terahertz(THz)-optical waves, operating technology exchange conferences mutually conducive to members, and inducing mutual contribution in members' deriving research projects. Major Research Areas
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| 2. Greetings | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The terahertz range is an undeveloped gap between infrared and millimeter waves(0.1~10 THz). Our institute deals with scientific technologies related with terahertz waves whose development and utilization are belated as compared to other electromagnetic ranges but which can greatly contribute to cutting-edge and convergence technologies with excellent functions that cannot be garnered by existing electromagnetic waves in the areas of communication, sensing (bioengineering/medicine), spectroscopy/imaging, security, environment/space/astronomy etc. Chairman Kang, Kwang-Yong (ETRI) |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| 4. Organizational Structure | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Educational Research for RF Engineering | ||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||
| The RF Educational Research Committee aims to obtain human resources for the RF engineering field, covers the basis for the field, and boosts the expertise by providing professional and practical education to beginners and staff in charge in accordance with the growth of RF engineering industry and emergence of diverse technologies using electromagnetic waves. * Major Research Areas - Provision of short-tem lectures on basic knowledge and practice in the RF engineering including electromagnetics - Investigation and research on human resource demand and supply in the RF engineering field - Publishing of white papers on human resources in the RF engineering field - Events and promotions to construct the environment for providing education on RF engineering subjects |
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| 2. Greetings | ||||||||||||||||||||||||||||||
| With the advent of the digital convergence era, convergences among all the industries as well as fixed-mobile and broadcasting-communication convergences are rapidly taking place. One of the bases for these convergences is RF engineering infrastructure which enables mobility and ubiquity. Therefore, in order for us to lead a future convergence era, obtaining professional human resources in the RF engineering area, enhancement of the public's understanding of the field and expansion of the basis for the area are required. In addition, youths' evasion of science and engineering as their major is serious enough to have become a national problem, and decrease in human resources due to difficulty in scientific approach to RF engineering is in a dismal situation. Accordingly, this committee intends to promote the public's interest in RF engineering through a variety of educational and research activities and increase human resources with good quality for input into businesses, thereby contributing to national development. We expect active participation of those who have interest and a sense of purpose. | ||||||||||||||||||||||||||||||
| 3. History | ||||||||||||||||||||||||||||||
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| Advanced RFID/USN Technology | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Next Generation RFID & USN Research Institute contributes to national industrial technology development through researches on radio frequency identification (RFID) and Ubiquitous Sensor Network (USN). Hope that you will have a lot of interest in our institute. | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Hello? Hope that you will have a lot of interest in our institute. Thank you very much. |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| 4. Organizational Structure | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Electromagnetic Measurements Technology | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Electromagnetic Measurements Technology Research Group researches theoretically or experimentally verified testing and measurement technologies necessary to inquire into electromagnetic characteristics of materials, elements, components, systems, and ambient environment, and provides such technologies to the industrial, academic, and research worlds through workshops, technical papers, and other media, thereby contributing to the enhancement of reliability of relevant studies and measurements. * Major Research Areas - Basic electromagnetic measurements - High speed microelectronics metrology - Measurement of various transmission lines and radio propagation characteristics - Nonlinear device characteristics evaluation - Measurement of materials' electromagnetic characteristics - Metrology for thin-film devices, RFIC, and MMIC - Metrology for telecommunication, remote sensing, radar, astronomy, inverse scattering, etc. - Measurement of antenna characteristics and radar cross section (RCS) - Emission and immunity metrology - Evaluation of the measurement facilities for electromagnetic compatibility (EMC) and electromagnetic interference (EMI), antenna characteristics, and RCS |
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| 2. Greetings | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| In the modern information society, both direct and indirect utilizations of electromagnetic waves are becoming more prevalent. Technologies and products using electromagnetic waves are widely employed in every social sector including our daily lives. In addition, as more high frequencies are used among electromagnetic waves and products utilizing electromagnetic waves become multifunctional and miniaturized, new and multiple measurement technologies are required. In developing such technologies and products, a lot of electromagnetic measurement technologies in all manufacturing stages of selection of materials, designing of products, making of prototypes, verification of performance, and manufacturing of finished goods are used. Such measurement technologies are basic like air we need for breathing and therefore their significance is not well recognized in many cases. Moreover, in order to increase export of electronics accounting for a large portion in Korea's export by enhancing their international competitiveness, accurate and precision electromagnetic measurement technologies which are traceable to international standards are necessary. For the development of domestic electromagnetic measurement technologies as well as relevant sciences and industries, active participation and encouragement by those who are in the industrial, research, and academic areas are necessary so that our group can become a venue for strengthening their mutual ties. Chairman Kim, Jeong Hwan |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Next Generation Broadcasting Research Institute | ||
| 1. Introduction | ||
| The Next Generation Broadcasting Research Institute contributes to Korea's broadcasting industry by researching and developing technologies related to the broadcasting industry. We hope you will show a lot of interest in our institute. | ||
| 2. Greetings | ||
| Hi, It's nice to see you and welcome to our site. We hope you will show a lot of interest in our institute. Thank you for visiting our institute. |
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| 3. History | ||
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| 4. Organizational Structure | ||
| Chairman: Dr. Ha Kyun Mok (KBS Technical Research Institute) |
| Future Electromagnetic Technology | ||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||
Major Researches
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| 2. Greetings | ||||||||||||||||||||||||||||||
| Hello? We hope you will show a lot of interest in our institute. Thank you very much. |
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| 3. History | ||||||||||||||||||||||||||||||
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| 4. Organizational Structure | ||||||||||||||||||||||||||||||
| Organizational structure (Draft) * Chairman: Yun, Jae-Hoon (Electronics and Telecommunications Research Institute (ETRI)) * Members: About 30 experts in the research and industrial areas including, and others from Radio Research Agency (RRA) and Korea Testing Laboratory (KTL) are expected to participate. |
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| EMC Technology | ||
| 1. Introduction | ||
| Electromagnetic Compatibility (EMC) is an engineering field concerned with the design and operation of equipment which causes electromagnetic interference (EMI), with the focus on reducing the amplitude of EMI below the permissible limits to minimize its impact on other items of equipment and systems. The design intention also includes the implementation of electromagnetic susceptibility (EMS) of the equipment or systems to be protected from EMI caused by the environment. The Technical Group has been actively engaged, since the establishment of the Korea Electromagnetic Engineering Society, in such study areas as EMC design and countermeasure technologies, technologies for parts and materials for EMC, and EMC standards, in addition to discussions about the latest developments. Major Activities - Study on the latest EMC design and protective technologies, - Study on the design technologies for the latest SI/PI and high-speed digital circuits, - Study on the materials and parts for EMC, - Trend analysis and proposal for international EMC standards, - Study on EMC technologies and a standard roadmap, and - Organization of the EMC KOREA Workshop. | ||
| 2. Greetings | ||
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| 3. History | ||
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| Technical Group Leader / Chairperson 1st : Prof. Chung, Yeon-Choon (SeoKyeong Univ., 2006. 6 ~ 2008. 12) 2nd : Prof. Yook, Jong-Gwan (Yonsei Univ., 2009. 1 ~ 2012. 12) 3rd : Prof. Nah, Wan Soo (Sungkyunkwan Univ., 2013. 1 ~ 2014.12) 4th : Dr. Shin, Jae Geon (Korea Automobile Testing & Research Institute, 2015. 1 ~ 2016. 12) 5th : Dr. Kwon, Jong Hwa (ETRI, 2017. 1. ~ Present) Principal Activities - Hosted annual EMC KOREA Workshop - Visits to industries and holding of meetings for the exchange of study results | ||
| 4. Organizational Structure | ||
| Chairperson: Kwon, Jong Hwa (ETRI) Assistant Administrator: Song, Ick Hwan (Gwangwoon Univ.) |
| CR/SDR | ||
| 1. Introduction | ||
| Recently, broadcasting and communication convergence and its corresponding change in wireless communications have been rapidly developed. As radio frequency spectrum becomes invaluable along with such development, Cognitive Radio (CR) has been paid a lot of attention because it is capable of increasing spectral efficiency by dynamically and autonomously adjusting its operational parameters and protocols according to its obtained knowledge. Software Defined Radio (SDR), defined as a radio in which some or all of the physical layer functions are software defined, can act as a key enabling technology for implementing the CR technologies due to its flexibility and reconfigurability. The CR and SDR Research Society is established in order to share information on CR/SDR technologies and their applications. It can provide a place to share opinions about CR/SDR related technologies and to promote research and development efforts for a contribution to standard activities as well as cooperation between industries. | ||
| 2. Greetings | ||
| Welcome to CR and SDR Research Society It is my great pleasure to welcome you to the CR and SDR Research Society. Today, due to an increasing demand for radio spectrum to provide high speed Mobile Internet through wireless devices like smartphones, the CR and SDR can be considered as key enabling technologies for efficient use of valuable spectrum resources. With the development of these technologies, I hope that you have an opportunity to share ideas with top researchers in the field of CR and SDR technologies in a friendly atmosphere. Our Research Society is expected to promote the activation of CR/SDR-related technologies and cooperative activities on standardization. I hope that the CR and SDR Research Society is further invigorated in the future and makes much progress in research and development of CR/SDR technologies. Dr. Dong-Seung Kwon, ETRI, June 2011 |
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| 3. History | ||
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| 4. Organizational Structure | ||
| Chairman: Dr. Dong-Seung Kwon (ETRI) |
| Microwaves and Wave Propagation | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Microwave and Radio Research Institute aims to make wide-ranging exchanges of electromagnetic theories and technologies including radio frequency waves, microwaves, millimeter waves, and terahertz waves, and perform specialized education and research and form the basis for their industrial utilization through all kinds of workshops and conferences. Our institute's major activities include - Collaboration in research on RF and microwave theory and techniques with domestic and overseas industrial, academic, research, government, and military institutions and playing a role as a mediator of information exchange - Formation of wide-ranging basis for education, research, and industrial utilization of high frequency technologies - Increase of human resources and expansion of industrial base in RF and microwave theory and techniques through large-scale domestic academic conferences and exhibitions - Joint hosting of workshops with domestic and overseas laboratories, research centers, and research groups performing research on RF and microwave theory and techniques - International technological and academic exchanges including hosting of international academic conferences * Major Research Areas - Research on electromagnetic theories and numerical analyses - Designing and analysis of high frequency circuits - Research on RF and microwave communication system - Research on high frequency applications (medicine, security, wireless energy transmission, and sensors) |
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| 2. Greetings | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| For the past fifteen years, our institute has formed a wide-ranging basis for education, research, and industrial utilization of radio related technologies in the rapidly changing wireless communication service area, contributing to improving domestic radio technology's competitiveness. In the future, demand on radio application technologies other than communication technologies such as medicine, security, and wireless energy transmission in addition to wireless communication technologies is expected to greatly increase. Our institute will contribute to forming the basis for industrial application of new microwave theories, circuit and parts designing technologies, and system designing technologies by educating and researching them. In addition, our institute will provide information on the recent market and technological trend to experts in the industrial, academic, research, government, and military fields and activate joint research with them. Chairman Kim, Byung-Sung |
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| Spectrum Management and Engineering | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Spectrum Research Institute researches spectrum policies as well as radio technologies. When radio technology was immature, radio waves were managed with "Command and Control" method, but under the current condition where new radio technologies such as ultra-wideband and cognitive radio technologies are being developed, spectrum overlay and underlay policies should be introduced. Furthermore, market-based spectrum policies should be implemented so that businesses which most highly evaluate frequency resources can use them under an auction system, and appropriate establishment of spectrum commons bands should be made to induce creation of new radio technologies and services. As shown above, our institute deals with a variety of research topics including new radio technologies, radio policies, and analysis of their economic value. * Major Research Areas - Research on new radio technologies - Research on spectrum policies and management - Analysis on economic value of radio waves - Research on radio laws |
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| 2. Greetings | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| With the advent of ubiquitous information age, the value of radio resources is becoming more important. The Spectrum Research Institute takes charge of research on new radio technologies to efficiently utilize radio resources as well as research on spectrum policies to reflect such efficient utilization. In 2010, our institute focused on methods to use golden frequency which have recently come into spotlight, analyses of their economic value, and research on other countries' broadband plans and reflection of the research results on spectrum policies. This year, Spectrum Research Institute deals with light licensing policy, spectrum strategic plan of major countries, and R&D issues of smart radio technologies. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Electromagnetic Field and Biology Research Institute (EMF(Electromagnetic Field) and Biology) | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| The Electromagnetic Field and Biology Research Institute researches the effects of electromagnetic fields on the human body. As opinions were raised that electromagnetic fields may do harm to the human body from the early 1990s, many ordinary people came to know possible harmful effects of electromagnetic fields and become convinced of such effects. In order to approach electromagnetic fields' effects on the human body in an empirical and academic way and inform ordinary people of accurate truths about such effects, the KIEES established the Electromagnetic Field and Biology Research Institute under its umbrella in April 1996 and lay the groundwork for performing systematic research on the effects of electromagnetic waves (electromagnetic fields) on the human body. Our institute consists of experts in a variety of areas such as engineering, medicine, biology, and physics working at universities, businesses, and laboratories, and performs a lot of research related to biological effects of electromagnetic fields such as animal experiments and epidemiological surveys, measurement of doses of electromagnetic waves and computer numerical analysis, measurement and analysis of the actual conditions of domestic electromagnetic environment, and standards for protecting the human body against exposure to electromagnetic waves. * Major Research Areas 1) Academic research on electromagnetic fields' biological effects 2) Examination and investigation of trends in domestic and overseas standards related to safety against electromagnetic fields 3) Research on and promotion of safety measures against harmful effects of electromagnetic fields on the human body 4) Research on medical engineering application of electromagnetic fields 5) Promotion to the public regarding electromagnetic fields and research on preventive policies |
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| Utilization of radio waves is rapidly increasing as the society advances into an information era, and radio waves are already being utilized in many areas. Since the hypothesis that electromagnetic waves may adversely affect the human body was raised, their negative influences have been excessively emphasized thus far and the public has vague fears about electromagnetic waves. Therefore, in order to get rid of such vague fears and provide accurate information about their effects on the human body, we established the Electromagnetic Field and Biology Research Institute. Our institute intends to provide the most recent information on the human and living bodies obtained from domestic and overseas researches and make the public accurately understand electromagnetic waves so that they can lead safe and comfortable lives under an electromagnetic environment. Chairman Kim, Nam |
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| Electromagnetic Security | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 1. Introduction | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Given the rapid development of IT technologies based on electronic and electrical engineering, informatization and automation are required for the power and telecommunication networks, which are critical national infrastructures. Consequently, electronic and communication equipment and control systems in such facilities are interlinked. Information leakage and malfunctions caused by the high-power electromagnetic pulse emitted from these types of equipment and systems can cause large-scale damage, especially in national security installations. As such, the importance of electromagnetic security has been recognized throughout the world, and the prevention of information leakage by electromagnetic wave shielding and the protection of backbone energy and telecommunication systems from high-power electromagnetic pulse, in particular, have become preeminent issues. The aim of the Technical Group for Electromagnetic Security is to study security matters related to electromagnetic wave leakage and technologies for the prevention of damage caused by the high-power electromagnetic pulse. * Major Activities; 1) Study and exchange of technical information on the prevention of information leakage caused by electromagnetic wave leakage; 2) Study and exchange of technical information on the prevention of interference of high-power electromagnetic wave; 3) Activities for related standardization and studies on the development of technical standards |
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| Dear Members, The activities of the Technical Group for Electromagnetic Security are focused on security matters related with electromagnetic wave leakage and technologies for the prevention of damage caused by the high-power electromagnetic pulse, issues which are currently attracting considerable attention. We hope for your continued interest and active participation. Thank you very much. Chairperson, Jong Hwa Kwon |
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| 3. History | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Technical Group Leader / Chairperson 1st : Yeon-Choon Chung (Professor @ SeoKyeong Univ., 2009.4 ~ 2012.12) 2nd : Jae-Wook Lee (Professor @ Korea Aerospace Univ., 2013.1 ~ 2016.12) 3rd : Tae Heon Jang (Director @ Korea Test Laboratory, 2017.1 ~ 2018.12) 4th : Jong Hwa Kwon (Principal Engineer @ ETRI, 2019.1 ~ Present) Principal Activities - Hosted annual Workshop on electromagnetic security - Visits to industries and holding of meetings for the exchange of study results |
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Chairperson: Dr. Jong Hwa Kwon (ETRI) Vice Chairperson: Dr. Seung-Gap Ryu (National Security Research Institute(NSR)) Assistant Administrator: Dr. Han Chul Shin (RAPA) |
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JEES
(Journal of Electromagnetic Engineering and Science)
| Sangwon Yun | Sogang University, Korea |
| Hosung Choo | Hongik University, Korea |
| Nader Behdad | University of Wisconsin, Madison, USA |
| EunMi Choi | UNIST, Korea |
| Sungtek Kahng | Sogang University, Korea |
| Yongshik Lee | Yonsei University, Korea |
| Kunio Sakakibara | Nagoya Institute of Technology, Japan |
| Dongha Shim | Seoul National University of Science and Technology, Korea |
| Youngoo Yang | SungKyunKwan University, Korea |
| Jong Won Yu | KAIST, Korea |
| Ikuo Awai | Ryutech Corporation, Japan |
| Bumman Kim | POSTECH, Korea |
| Dong Chul Park | Chungnam Nat'l University, Korea |
| John Volakis | Ohio State University, USA |
| Huei Wang | National Taiwan University, Taiwan |
| Robert Weigel | Friedrich-Alexander-Universitat Erlangen-Nurnberg, Germany |
| Ke Wu | Polytechnique Montreal, Canada |
| Richard Ziolkowski | University of Arizona, USA |
| Andrey K. Sarychev | Moscow Institute of Physics and Technology, Russia |
| Bierng-Chearl Ahn | Chungbuk Nat'l University, Korea |
| Gyu-Je Sung | Hankyong Nat'l University, Korea |
| Hae-Won Son | Chonbuk Nat'l University, Korea |
| Ick-Jae Yoon | Chungnam Nat'l University, Korea |
| Junho Yeo | Daegu University, Korea |
| Dal Ahn | Soonchunhyang University, Korea |
| Juseop Lee | Korea University, Korea |
| Kang Wook Kim | Kyungpook Nat'l University, Korea |
| Truong Vu Bang Giang | Vietman National University, Vietnam |
| Chen-Wei Qiu | National University of Singapore |
| Kris Kong | TriQuint Semiconductor, USA |
| Shigeo Kawasaki | Japan Aerospace Exploration Agency, Japan |
| Kyung Whan Yeom | Chungnam Nat'l University, Korea |
| Tae-Yeoul Yun | Hanyang University, Korea |
| Chan-Wang Park | Universite du Quebec a Rimouski, Canada |
| Chun Sik Chae | NASA Jet Propulsion Laboratory, USA |
| Pavel Nikitin | Intermec Technologies Corporation, USA |
| Joong-Soo Lim | Baekseok University, Korea |
| Sang-Min Han | Soonchunhyang University, Korea |
| Seung Yeop Rhee | Chonnam Nat'l University, Korea |
| Jay Kyoon Lee | Syracuse University, USA) |
| Kyung-Young Jung | Hanyang University, Korea |
| Seung-Yeup Hyun | Jeju Nat'l University, Korea |
| Yong-Heui Cho | Mokwon University, Korea |
| Tzong-Lin Wu | National Taiwan University, Taiwan |
| Ic-Pyo Hong | Kongju Nat'l University, Korea |
| Jae-Yong Kwon | KRISS, Korea |
| Seungyoung Ahn | KAIST, Korea |
| Tae Weon Kang | KRISS, Korea |
| Dongho Kim | Sejong University, Korea |
| Youngje Sung | Kyonggi University, Korea |
| Jae-Young Chung | Seoul Nat'l University of Science and Technology, Korea |
JKIEES
(The Journal of Korean Institute of Electromagnetic Engineering and Science)
| Sangwon Yun | Sogang University, Korea |
| Duk-Kyu Park | Mokwon University |
| Il-Suek Koh | Inha University |
| Jae-Sung Rieh | Korea University |
| Jong Myung Woo | Chungnam Nat'l University |
| Kang Wook Kim | Kyungpook Nat'l University |
| Yong Bae Park | Ajou University |
| Changkun Park | Soongsil University |
| Dong-Wook Kim | Chungnam Nat'l University |
| Gyung-Ho Hwang | Hanbat Nat'l University |
| Haeng-Seon Lee | Sogang University |
| Hosung Choo | Hongik University |
| Hyeong-Seok Kim | Chung-Ang University |
| Hyung Yun Kong | University of Ulsan |
| Hyung-Do Choi | ETRI |
| Ic-Pyo Hong | Kongju Nat'l University |
| Ikmo Park | Ajou University |
| Jae Hyun Lee | Chungnam Nat'l University |
| Jeong Phill Kim | Chung-Ang University |
| Jinho Jeong | Sogang University |
| Jong Heon Kim | Kwangwoon University |
| Jong Won Yu | KAIST |
| Jongsik Lim | Soonchunhyang University |
| Jong-Soo Lee | GIST |
| Keum Cheol Hwang | Dongguk University |
| Kyeong-Sik Min | Korea Maritime University |
| Kyung-Young Jung | Hanyang University |
| Moon-Que Lee | The University of Seoul |
| Myun-Joo Park | Kwangwoon University |
| Seong Gyoon Park | Kongju Nat'l University |
| Seung-Keun Park | ETRI |
| Seung-Yeup Hyun | Jeju Nat'l University |
| Tae Wook Kim | Yonsei University |
| Wansoo Nah | SungKyunkwan University |
| Wonjin Sung | Sogang University |
| Yong Heui Cho | Mokwon University |
| Young-Kil Kwag | Korea Aerospace University |
PKIEES
(Electromagnetic Technology: The Proceedings of Korean Institute of Electromagnetic Enginessring and Science)
| Chang Joo Kim | ETRI |
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