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      피아식별 AIMS 인증을 통한 항공기 안테나 성능검증 연구 = Study on Aircraft Antenna Performance Verification Using IFF AIMS Certification

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      https://www.riss.kr/link?id=A108331574

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      다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

      In this study, we present a method for verifying the performance of an antenna used in an aircraft. Identification friend of foe equipment requires the AIMS certification of the US Department of Defense for interworking with the encryption device; the performance of IFF is verified through the verification process of DoD AIMS 1102 and DoD AIMS 1103 according to an aircraft model equipped with a transponder. It was determined whether the performance standards of the antenna and radiation pattern were met, and whether the aircraft that did not meet the required performance met the performance by replacing or additionally installing the antenna.
      After submitting the DoD AIMS 1102 requirement test documents and completing the preliminary preparation for the DoD AIMS 1103 verification, the antenna performance was verified not only in Mode 5 but also in the SIF mode through flight tests. Through the process of meeting the AIMS certification requirements, the performance verification of IFF was confirmed, and it is expected that it can be used for the verification of avionics antennas such as communication and navigation.
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      In this study, we present a method for verifying the performance of an antenna used in an aircraft. Identification friend of foe equipment requires the AIMS certification of the US Department of Defense for interworking with the encryption device; the...

      In this study, we present a method for verifying the performance of an antenna used in an aircraft. Identification friend of foe equipment requires the AIMS certification of the US Department of Defense for interworking with the encryption device; the performance of IFF is verified through the verification process of DoD AIMS 1102 and DoD AIMS 1103 according to an aircraft model equipped with a transponder. It was determined whether the performance standards of the antenna and radiation pattern were met, and whether the aircraft that did not meet the required performance met the performance by replacing or additionally installing the antenna.
      After submitting the DoD AIMS 1102 requirement test documents and completing the preliminary preparation for the DoD AIMS 1103 verification, the antenna performance was verified not only in Mode 5 but also in the SIF mode through flight tests. Through the process of meeting the AIMS certification requirements, the performance verification of IFF was confirmed, and it is expected that it can be used for the verification of avionics antennas such as communication and navigation.

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      참고문헌 (Reference)

      1 안승범 ; 최명석 ; 이성일, "공지통신 무전기 성능개량 간 안테나 추가에 따른 최적위치 설계 연구" 한국전자파학회 33 (33): 365-376, 2022

      2 "Technical Standard for the ATCRBS/IFF/MARK XIIA Electronic Identification System and Military Implementation of Mode S, DoD AIMS 03-1000C"

      3 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Transponder Operational Test Requirements, DoD AIMS 1103"

      4 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Transponder Installation Test Requirements, DoD AIMS 1102"

      5 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Transponder Bench Performance Test Requirements, DoD AIMS 1101"

      6 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Interrogator Operational Test Requirements, DoD AIMS 1203"

      7 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Interrogator Installation Test Requirements, DoD AIMS 1202"

      8 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Interrogator Bench Performance Test Requirements, DoD AIMS 1201"

      9 Defense Acquisition Program Administration, "Results of the 145th defense project promotion committee"

      10 Defense Acquisition Program Administration, "Results of the 132th defense project promotion committee"

      1 안승범 ; 최명석 ; 이성일, "공지통신 무전기 성능개량 간 안테나 추가에 따른 최적위치 설계 연구" 한국전자파학회 33 (33): 365-376, 2022

      2 "Technical Standard for the ATCRBS/IFF/MARK XIIA Electronic Identification System and Military Implementation of Mode S, DoD AIMS 03-1000C"

      3 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Transponder Operational Test Requirements, DoD AIMS 1103"

      4 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Transponder Installation Test Requirements, DoD AIMS 1102"

      5 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Transponder Bench Performance Test Requirements, DoD AIMS 1101"

      6 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Interrogator Operational Test Requirements, DoD AIMS 1203"

      7 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Interrogator Installation Test Requirements, DoD AIMS 1202"

      8 "Technical Manual Performance Test Requirement MARK XIIA and Mode S & Mark XIIB Interrogator Bench Performance Test Requirements, DoD AIMS 1201"

      9 Defense Acquisition Program Administration, "Results of the 145th defense project promotion committee"

      10 Defense Acquisition Program Administration, "Results of the 132th defense project promotion committee"

      11 A. C. Polycarpou, "Helicopter rotor-blade modulation of antenna radiation characteristics" 49 (49): 688-696, 2001

      12 Korea Defense Industry Association, "Hanwha Systems, signed contract to improve the performance of foe identification equipment(IFF) for aircraft: Expected to improve survivability and operational capability through effective combined military operation" 487 : 16-17, 2019

      13 "Department of Defense Test Method Standard Environmental Engineering Considerations and Laboratory Tests, MIL-STD-810H"

      14 "Department of Defense Test Method Standard Aircraft Electronic Power Characteristics, MIL-STD-704F"

      15 C. A. Balanis, "Antenna Theory: Analysis and Design" John Wiley & Sons 2005

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