Electronics and Telecommunications Trends 조선해양산업과정보통신기술융합동향에따른표준화현황 Standardization Status in Maritime Industry Domain and ICT Convergence Trends 김재명

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1 ElectronicsandTelecommunicationsTrends 조선해양산업과정보통신기술융합동향에따른표준화현황 Standardization Status in Maritime Industry Domain and ICT Convergence Trends 김재명 (JaeMyoung Kim, 지능형위치항법연구실책임연구원 임동선 (Dong-sun Lim, 지능형위치항법연구실책임연구원 김도현 (DoHyun Kim, 지능형위치항법연구실책임연구원 / 실장 ABSTRACT In the maritime industry, the convergence of information and communication technology (ICT) occurs in two areas. The first one is the convergence of e-navigation technology to apply ICT to the maritime domain. This was led by EU s initiative and is also being promoted in our country. The other one is the convergence of autonomous ship technology to apply various ICT technologies for commercial purposes. This initiative is being led by maritime industries. In this paper, we describe trends of e-navigation and maritime autonomous surface ship technology convergence. Subsequently, we explain the standardization status of performance and technical standard bodies, international standardization organizations, and related standard-developing organizations to provide the interoperability of these technologies. Finally, we examine ongoing projects in Korea and suggest future directions for their R&D and standardization. KEYWORDS e-navigation 정책, 해상싱글윈도우, 자율운항선박, 해사서비스포트폴리오, 정보통신기술, 표준화기구, 표준개발기관 Ⅰ. 서론 ICT ICTeNavigation ICT EUeMaritime enavigation DOIhttpsdoiorg ETRI2020J ZS1200 본저작물은공공누리제 4 유형출처표시 + 상업적이용금지 + 변경금지조건에따라이용할수있습니다 한국전자통신연구원

2 enavigation ICT IMO ITUR ISOIEC IALATTA Ⅱ. e-navigation 기술융합동향 enavigation ICT MSC81eNavigation enavi gation EU emaritime MSW EU IMO FAL IMOMSC94eNavigation SIP5 enavigation 4 bridge resilience VTS MS1 VTSNCA DCB MCP5 enavigation enavigation SMARTNavigation EUeMaritimeeNaviga tion MSP

3 87 EU VDES 4GLTE Ⅲ. 자율운항선박기술융합동향 4ICBM IoTCloudcomputing BigdataMobileHy perconnectedhyperintelligent 16 MS 1 VTS VTSInformation Service VTS IALA 2 Navigation AssistanceService VTS IALA 3 Traffic OrganizationService VTS IALA 4 LocalPortService IHMA 5 MSIservice NCA IHO 6 Pilotage service IMPA 7 Tugs service NCA 8 Vesselshore reporting NCA 9 TelemedicalAssistance Service MaritimeAssistance Service 11 Nautical ChartService IHO 12 Nauticalpublications service IHO 13 Icenavigationservice NCA WMO 14 Meteorologicalinformation service WMO 15 Real timehydrographicand environmentalinformation services IHO 16 SAR Service SAR 17 AidstoNavigation NCA IALA 18 PNTAugmentation Service NCA IALA 27 MS 1 WP WP WP WP WP5 67 WP WP7eNavigation WP8 LTEMaritime WP9 VDESDHF 3 WP10 S10x WP11 WP12 WP13 SMode 출처한국형 e-navigation 사업단연구과제, html/research_new/core_task.php.

4 출처 K. Heffner and Ø.J. Rødseth, Enabling Technologies for Maritime Autonomous Surface Ships, Int. Conf. Maritime Autonom. Surface Ships, Trondheim, Norway, Nov CC BY enavigationict 4 ICT Complementarydisruptivetechnologies 1 ROC 5G ROC EU FalcoNagus 8035km 45km YaraBirkeland2018 7MWh 120TEU12km1 45km 20199NYKIMOMASS 7 SSRSherpaSystemforRealship IMO MSC

5 AutonomousNavigationSystem DigitalBridge Navigation Awareness 2 AutonomousEngineSystem Testbed 2 3 ShoreRemote Control Ship2Ship2Shore 4 3 출처산업통상자원부, 해양수산부, 자율운항선박기술개발사업, 자율운항선박기술개발사업설명회, 예비타당성조사결과 에서발췌하여구성 ROC 9 physicalandcybersecurity vehicle healthmanagement ROC onboardroboticssystems AIS 3 IMOSOLAS ROC

6 Ⅳ. 표준화동향 ICT enavigationmass 4 Technical Syntactic Semantic Organizational 4 출처 K. Heffner and Ø.J. Rødseth, Enabling Technologies for Maritime Autonomous Surface Ships, Int. Conf. Maritime Autonom. Surface Ships, Trondheim, Norway, Nov CC BY 3.0. LocalRegion enavigation IMOITU ISOIEC IALAIHO TTAMCCNMEA 1. 성능기준및기술기준제정기구 enavigation IMOLEGMSC ITURSG5WP5B GMDSS WRC 가. IMO enavigationimo SIPSIP NCSR SIP 11 NCSR2153eNavigation 3HCD

7 91 UTEA SQAeNavigation NCSR3163 IHOS100 CMDS NCSR4173 INS ResMSC25283 MSP IMOIHO NCSR5183 SMode SIP NCSR6191 SMode NCSR7201eNavigation IMOMSCLEG RSE 12 MSC98176MASSMASS RSE MSC LEG105184MASS RSE MSC99185 RSE 4 MSC RSE RSE degreesautonomy LEG106193RSE MSC RSE TOR9 나. ITU-R SG5 enavigation ROC VTS ROC ITUR SG5WP5BeNavigation VDESNAVDATDigital HF

8 VDESVDE 2015WRC WRC19 VDESAT2secondaryfrequency MHz MHz RRApp18 13 ITUR M20290IALAG1139Ed2 VDESBasestation ASM VDETERAIS GNSS14 NAVDAT1218kbps 400 enavigation NAVDAT 15 MFNAVDATITURM HFNAVDATITUR M km HF SSB ITURM17981 HF GPP LTEPSLTE 5G MARCOMTS G 17 enavigation LTEMaritime enavigation VDESHF AMRDITURM IMO MOBClassMmobileAtoN DSCAIS ClassAAIS

9 93 VHFCh MHz25kHz 100mW 1m ClassB14 2. 국제표준화기구 enavigation IMOMSC IECTC80 ISOTC8 가. IEC TC80 IECIMO TC18 offshoreunit TC80 IECTC80WG6 IEC IECTC80WG17CMDSS421 IECTC80MT5IEC MSC101 IEC62288DisplayIEC629231BAM IEC62388RadarIEC61174ECDISIEC INSAISASMAISAtoNMOB 19 나. ISO TC8 ISOICTISOTC8 ShipsandMarineTechnology SC8 SC16 WG10SmartShipping 20 SC6 ISO ISO WG10MASS MSC ISOTC MSC RSEAutomaticAutomation AutonomousAutonomyAutonomousshipsystem RemoteControlCentreRCCShoreControlCentre SCCUnattendedCrewlessship 22

10 단체표준화기관 enavigation IALA TTA 가. 국제단체표준화동향 IALA1957 IALA IALAeNavigation AISIMO SOLAS ENAVeNavigation IMOMSCITURSG5IHO ENAVAIS VDESNAVDATMF VDES IHOS100VTS IVEFS2X0 productspecificationasm enavigation 23 ARM portrayal 24 enavigation MCP MCP Registry MCPMCP MCCeNavigation IALAG1128 나. 국내단체표준화동향 IMOITURSG5 ISOTC8IECTC80 NGOIALA TTA enavigation TTA PG607 PG903 TTA KMCPTTA TTA

11 ROC SDO Ⅴ. 결론 ICTeNavi gation enavigationict LTEMaritime VDES Realships 2m SDO 5 IECTC80IHOS100 WG IMOMSCISOTC8 IMOMSC IMOMSCIECTC80 ISOTC8IECTC80 IMEANMEA 5 ISOTC8 IMEANMEA MCP IALAENAVMCC ITURWP5BIMO NCSRIECTC80 VHFVDES ITURWP5BIALA ENAVIMONCSR ITURWP5BIEC TC80 출처한국정보통신기술협회, ICT 표준화전략맵 Ver.2020 요약보고서, 2019.

12 GPP AIS AMRD ASM AtoN CMDS DCB DSC FAL GMDSS GNSS HCD IALA IEC IHMA IHO 용어해설 해상싱글윈도우 (MSW) 해상무역과물류에참여하는선사, 화주, 포워더등이해당사자가선박의입출항, 수출입, 환적등을효율적으로처리하기위해표준화된정보나문서를단일창구를통해한번에제출하는시스템 e-navigation 정의해양에서의안전과보안, 해양환경보호를위해선박의출항부터입항까지항해및관련서비스를증진시키기위해전자적방법으로선박과육상에서해상정보를수집, 통합, 교환, 표현및분석하여조화롭게활용하기위한체계 MASS 정의다음의자율성수준을가진선박수준 1: 자동화된절차및선원의의사결정지원선박수준 2: 선원이승선하여원격으로제어되는선박수준 3: 선원의승선없이원격으로제어되는선박수준 4: 완전무인자율제어선박 3rdGenerationPartnershipProject AutomaticIdentificationSystem AutonomousMaritimeRadioDe vices ApplicationSpecificMessages AidstoNavigation CommonMaritimeDataStructure DomainCoordinatingBody DigitalSelectiveCalling FacilitationCommittee GlobalMaritimeDistressandSafety System GlobalNavigationSatelliteSystem HumanCenteredDesign InternationalAssociationof LighthouseAuthorities InternationalElectrotechnical Commission InternationalHarbourMasters Association InternationalHydrographic Organization IMEA IMO IMPA ISO ITU ITUR IVEF LEG LTE MASS MCC MCP MOB MS MSC MSI MSP MSW NAVDAT NCA NCSR NGO NMEA ROC RR RSE SAR SDO SIP InternationalMarineElectronics Alliance InternationalMaritimeOrganization InternationalMaritimePilots Association InternationalOrganizationFor Standardization InternationalTelecommunication ITURadiocommunicationSector InterVTSExchangeFormat LegalCommittee LongTermEvolution MaritimeAutonomousSurfaceShips MCPConsortium MaritimeConnectivityPlatform ManOverBoard MaritimeService MaritimeSafetyCommittee MaritimeSafetyInformation MaritimeServicePortfolio MaritimeSingleWindow Navigationaldata NationalCompetentAgency NavigationCommunicationsand SearchandRescue NonGovernmentalOrganization NationalMarineElectronics Association RemoteOperationsCenter RadioRegulations RegulatoryScopingExercise SearchandRescue StandardsDevelopingOrganizations StrategicImplementationPlan

13 97 SOLAS SQA SSB TOR TTA UTEA VDE VDES VHF VTS WMO WRC InternationalConventionforthe SafetyofLifeatSea SoftwareQualityAssurance SingleSideBand TermsofReferences TelecommunicationsTechnology Association UsabilityTestingEvaluationand Assessment VHFDataExchange VHFDataExchangeSystem VeryHighFrequency VesselTrafficService WorldMeteorologicalOrganization WorldRadiocommunication Conference [9] K. Heffner and Ø. J. Rødseth, Enabling Technologies for Maritime Autonomous Surface Ships, in Proc. Int. Maritime Port Technol. Development Conf. Int. Conf. Maritime Autonomous Surface Ships, Trondheim, Norway, Nov. 2019, pp [10] 산업통상자원부, 해양수산부, 자율운항선박기술개발사업예비타당성조사결과, 자율운항선박기술개발사업설명회, [11] 한국선급, Briefings of IMO, tech_infor/list.aspx?tec_code=12&s_code= [12] 김창균, 자율운항선박 IMO 동향및정부대응방안, 한국항해항만학회 2019년도춘계학술대회, , pp [13] 김병옥, ITU-R 국제표준화동향 ( 해상통신분야 ), ITU-R SG5 및해상기술기준연구반합동워크숍, [14] 유진호, 디지털해상무선통신기술, ITU-R SG5 및해상기술기준연구반합동워크숍, [15] 김병옥, GMDSS 현대화프로젝트와 e-navigation, TTA J. vol. 159, /06. [16] 3GPP, Maritime Communication Services over 5G systems, Dec. 19, [17] Hyounhee Koo, Strategic collaboration among vertical domains, ICTC 2019, Special Session: 5G+Critical Communications, 17th October [18] 이광일, 자율운항선박 IEC 표준화동향, 한국항해항만학회학술대회논문집, 2019, pp [1] 유영호, IMO e-navigation과관련국제표준현황, 한국마린엔지니어링학회지, 제36권제4호, 2012, pp [2] 김수엽, 이호춘, 이건우, 이혜진, 해양수산분야 e-navigation 활용방안연구, 한국해양수산개발원연구보고서, [3] 한국해양수산개발원 IMO 국제해사정책동향, IMO, 글로벌해상싱글윈도우 (Maritime Single Window) 시스템도입, vol. 29, May [4] IMO, e-navigation, Navigation/Pages/eNavigation.aspx. [5] MCP consortium, [6] F. Pot, How will e-navigation Maritime Services be delivered to ships? Digital Ship, Oct./Nov. 2019, p. 34. [7] 한국형e-Navigation사업단연구과제, org/html/research_new/core_task.php. [8] 정보통신기술진흥센터, 4차산업혁명과 ICT 기술, 주간기술동향, [19] 유영호, IEC MT5 회의결과, 스마트자율운항선박포럼기술세미나, [20] 신일섭, 자율운항선박표준화추진동향, TTA Journal vol. 178, /08. [21] ISO, Status of recent standards activities of the ISO Technical Committee on Ships and Marine Technology (ISO/TC 8) related to the work of the Maritime Safety Committee, MSC 100/19/7, 28 September [22] ISO, Regulatory Scoping Exercise for the Use of Maritime Autonomous Surface Ships (mass), MSC 102/5/18, 11. February [23] IALA ENAV, [24] IALA ARM, [25] TTA, 무인이동체 ICT, ICT 표준화전략맵 Ver 2020 종합보고서, 2019, pp

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