1페이지 내용 : ICT ??以? ???㈑룰?諛? 留? Ver.2022 ?? D.N.A. ????怨? 媛??? |?? 5G/B5G, AI/DATA, 李⑥?몃??蹂댁??, ???????? 臾댁?????μ????, ??以??듭??, ???깊?듭??, ????????寃? * 蹂? ??猷??? ??遺? 怨쇳??湲곗????蹂댄?듭??遺? ??蹂댄?듭??諛⑹?≫??以?媛?諛?吏??? ?ъ???? ?쇳???쇰? ?????? 怨쇱?? No. 2017-0-00059, ICT??以??? 泥닿?遺??? 諛? ???듭?곌뎄 ?곌뎄寃곌낵濡? 諛?媛??? ??猷???????. TTA-21151-SD http//www.tta.or.kr ??以??? ?뱀?? ?????? ??以??? ?? 湲곗??媛?諛? | 蹂?????以???&湲곗??媛?諛? 蹂???異?吏? | ?????? 湲곗??媛?諛? ?? ??以??? 李⑥?몃??蹂댁?? AI/DATA 5G/B5G ?⑤?쇱?? 諛고?ы?? ??以??? 諛? ??以??뱁?? ???? ?? 以? 媛? 諛? ?? 援? 媛? 諛? 湲곗??곌뎄 ?ㅽ?? ?????? ?????? ?ъ???? ??以? 以???湲? 諛? R&D 珥?以?湲? ???? ?? ??以??? 怨듬갚遺??? ??異? ???? ?? 湲곗??? ?뱁?? 沅?由щ??? ?????? ???? ??以? 諛? R&D 珥?以?湲? ???? ?? ?뱁??瑜? ?듯?? ??以? ???댄?? ??異? ???? ?? ??以??? 諛⑺?μ?? ?곕Ⅸ 異??? 諛? 湲곌? ???? ?? ??異??? 吏?????蹂대?? ???? 湲닿? 異??? ???? ?? 沅?由щ??? ???? ???? ?? ?ㅼ???? ?ㅼ????瑜? 諛????? ?뱁????蹂? ???? ??以? 諛? R&D 以???湲? ???? ?? ??以? ???⑹?? ??蹂대?? ???? ?뱁?? ?ъ?ㅺ? ???? ?? ?뱁?? 沅?由щ??? 蹂댁?? ???? ?? ?뱁???? ?????? ???? 吏?遺????? 諛? 沅?由? ???곗?? ??蹂? ???? ??以? 珥?以?湲? 諛? R&D 以???湲? ???? ?? ??以? ?????뱁?? ?ㅺ? ???? ?? ??以? 愿??? ?뱁??留? 援ъ? ???? 異?泥? KISTA ??以? ????/???? ??以? 湲고?? ???? ?곌뎄 ??紐? ?뱀?? ??以? 珥??? ??以? ?뱀??/諛?媛? ???? 援? ?? ?? ?? ???? 湲고?? 援??? ??以??? ?④? ???? 援?????以? ????媛??? 遺??? ?ㅺ??? ???? ???? 遺??? ????寃쎌?? 怨듬?? 異?寃?/???? 怨듬?? ????/媛??? ??以? 諛? ???ν???? ???? 遺??? 援?????以? ????/???? 遺??? 吏???/???? 怨듬?? ???듭?? ???? ??洹? ??以??? ???? 媛??? 遺??? 李⑥?몃?? 怨듬?? TTA?????댁? http//www.tta.or.kr ??猷?留??? TTA媛???臾? ICT??以? ????/媛?諛? 留? ???????? 踰?濡? [愿??⑦??以? ???? 由ъ?ㅽ??] ??以???湲곌뎄 ??以?踰???, ??以?紐? ??以??? ?뱀?? | ??以??? ???듬ぉ?? | ??以??뱁?????? | ??猷????? Target SDOs 以??? ??以??? ??紐? ??以?媛?諛? ???? 100% 湲곗????以? ??以???以? 100% ??以??? ???? ??以??뱁?? ???? 李⑥?몃??蹂댁?? 湲곗?? ???? 諛? ???? 湲곗?? Server ?ㅽ?몄???? 湲곗?? 臾댁?? 湲곗?? 珥???異??? 以?쨌??異??? ??異??? 珥???異??? ??鍮??? ??鍮??? 吏??? 湲곗?? ??湲곗???? 諛⑹?? ??湲곌났吏? 諛⑹?? ????湲고?? 諛⑹?? Internet ???댁?쇳?? 愿????? VSAT 珥?怨????명?곕?? VSAT 以??ш뎅 HUB ???깆?≪?援? 怨듦났???? 諛⑹?≫?듭????鍮??? Sat5G ?대?????깊?듭?? 而ㅻ?ν?곕??移? ???? 鍮??명?? ???? ???? HTS ???깆??鍮??? 以?怨????? 沅ㅻ???? ????gateway 媛??명?대???? ???깊?듭????鍮??? ???? IoT ?⑤?援? 媛???/寃쎄??듭?? ??硫?-沅ㅻ????媛? 留??? 濡?踰? ?ъ?곗＜ ???ъ??媛? 洹쇱?? ?듭?? 留??? ??硫대??? 李⑸??? LEOs ??吏?沅ㅻ?? 諛? ??沅ㅻ?? 援곗????? Gateway Low Power Use Terminals GEO/LEO-Sat access network ????李? ?명???? ??鍮??? ?щТ/媛??? ??猷? 紐⑤???/?⑥?대?щ? 5G?대???듭?? ?? 臾댁?? 湲곌린 ??媛? 臾댁?????μ???? ?? ICT ?듯?⑷린湲? ??媛? ??蹂닿린湲? EMP ?댁?깊??媛? 5G Vs Power Source Oscillator Magnetic Field Rectifier Load Resonant Circuits Vs Power Source Oscillator Rectifier Load Vs Oscillator Antenna Radio Wave Rectenna Rectifier Load ???깊?듭??援? 湲곗?援? 以???泥?由ш뎅/?듯?⑹?댁??援? 1 2 3 4 5 ??吏?沅ㅻ?? ???? GPS ???? ??/鍮??? EMP 諛⑺?몄???? ??媛? 諛⑺?몃???? 蹂댄?? 吏?移? 諛? 諛⑺?몄?깅?? ??媛? ??????寃? ?????? ?몄껜 ?몄??? ??媛? 臾댁??援? ?????? ?몄껜 ?몄??? ??媛? ICT 湲곌린 ?????? ?몄껜 ?몄??? ??媛? 6 GHz ?댁?? EMC ??媛? 愿????? 諛⑹?? ?댁?깊??媛? ??以????? ??以?濡?遊? 移⑥????吏? ?대????? ??寃? 紐⑤???곕? ?щ???ы?? Acoustic Optical LED MFAN LF Optical Laser 吏??? IoT留? Global Navigation Satellite System USA GPS CHINA BeiDou Russian Federation Glonass European Union Galileo ?몃???猶? 蹂댄?? ???ㅽ?? 嫄대Ъ ???댁?? ?곕?? ???? 嫄대Ъ ?몄?μ?? 李⑦?? 怨듦??? 李⑦?? 媛????깃린湲? 湲곌린?? 李⑦?? 援ъ?? 0 援ъ?? 1 援ъ?? 2 援ъ?? 3 援ъ?? 4 High Sensitivity Low TTFF Indoor Penetration Spoofing Detection Anti Jamming Smart Integrity even in Urban environment LBS Billing in LBS.. Towards Indoor ... Signal distortion Detection Correlation, CCC PVT techniques RAIM-Like Multi Sensors Fusion AGNSS Server SLP/GMLC Robust High Accuracy Multipath rejection Road Smart Integrity Tomorrow Massive Antenna mmWave TTA 2019-1263, ?멸났吏??? ?곗?? ?ㅽ???????? ???? 遺?瑜?泥닿? 援ъ? 諛⑹?? 湲곗??蹂닿??? , 2021-0063, 寃쎈?? 吏??ν?? ?????몄?⑥?? ??????????, 2020-0612, ??鍮??ㅽ?? 湲곌????? 湲곕?? ??援ъ?ы??, TTAK.KO-10.1276, ??諛⑹?? ???? ?멸났吏??? 紐⑤?멸?諛??? ???? ??諛? 珥ъ???? ??猷?吏???踰??댁?? 援ъ?諛⑹??, TTAK.KO-10.1208, ???⑥＜?? ????李⑥?? 媛?泥? ?몄??湲곗???? ?????? ??濡??? ?곗?댄?곗?? 媛?泥? 遺?瑜? 泥닿?, TTAR-10.0108, ?멸났吏??? ??以??? ???? 遺????? 湲곗??蹂닿??? , TTAE.IT-F.746.3, 吏??ν?? 吏??????? ??鍮??? ?????????? JTC1 SC42 ISO/IEC 22989, Artificial intelligence concepts and terminology, ISO/IEC 23053, Framework for artificial intelligence system using machine learning ITU-T SG13 Y.3531, Cloud computing Functional requirements for machine learning as a service, Y.3172, Architectural framework for machine learning in future networks including IMT-2020 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2023 JTC1 SC42 癒몄???щ?? ?????????? ??以? 80% 湲곗????以? ??以???以? 90% TTA 2021-0022, 寃⑹??湲곕? ?????댁?깆???? ??????紐? ??怨?由ъ?, 2021-2127, 64鍮??? 釉?濡? ???? PIPO, 2020-0026, ?щЪ?명?곕?룹?? ???? Cross-Layer ?몄? ??濡???肄?, TTAK.KO-12.0348-Part2, ?ㅻ??? ?댁감?? 湲곕? ?????댁?깆???? ?? ??2遺?HiMQ, 遺?媛??? ??????紐? ??怨?由ъ? JTC1 SC27 ISO/IEC 29192-8, Lightweight cryptography Part 8Authenticated encryption, ISO/IEC 23264-2, Redaction of authentic data Part 2Redactable signature schemes based on asymmetric mechanisms, ISO/ IEC 20008-3, Anonymous digital signatures Part 3Mechanisms using multiple public keys, ISO/IEC 18031, Random bit generation, ISO/IEC 14888-4, Digital signatures with appendix Part 4Stateful hash-based mechanisms, ISO/IEC 11770-8, Key management Part 8Password-based key derivation, ISO/IEC 4922-2, Secure multiparty computation Part 2Mechanisms based on secret sharing, ISO/IEC 18033-7, Encryption algorithms Part 7Tweakable bock ciphers, ISO/IEC 15946-5, Cryptographic techniques based on elliptic curves Part 5Elliptic curve generation, ISO/IEC 11770-3, Key management Part 3Mechanisms using asymmetric techniques, ISO/IEC 18033-3, Encryption algorithms Part 3Block ciphers -Amendment 1SM4, ISO/IEC 11770-7, Key management Part 7Cross-domain password-based authenticated key exchange, ISO/IEC 9797-2, Message authentication codes MACs Part 2Mechanisms using a dedicated hashfunction, ISO/IEC 18033-5, Encryption algorithms Part 5Identity-based ciphers Amendment 1SM9 mechanism, ISO/IEC 11770-4, Key management Part 4Mechanisms based on weak secrets Amendment 2Leakage-resilient password-authenticated key agreement with additional stored secrets, ISO/IEC 10116, Modes of operation for an n-bit block ciphers Amendment 1CTR-ACPKM mode of operation, ISO/IEC 19772, Authenticated encryption, ISO/IEC 11770-5, Key management Part 5Group key management IETF SEC I-D, Two-Round Threshold Signatures with FROST, I-D, Usage Limits on AEAD Algorithms, I-D, CPace, a balanced composable PAKE, I-D, The OPAQUE Asymmetric PAKE Protocol, I-D, Oblivious Pseudorandom Functions OPRFs using Prime-Order Groups, I-D, Hybrid Public Key Encryption, I-D, Kangaroo Twelve, I-D,Verifiable Random Functions VRFs , I-D, Hashing to Elliptic Curves, I-D, PairingFriendly Curves, I-D, SPAKE2, a PAKE, RFC 9106, Argon2 Memory-Hard Function for Password Hashing and Proof-of-Work Applications, RFC 8937, Randomness Improvements for Security Protocols, RFC 8645, Rekeying Mechanisms for Symmetric Keys, RFC 8554, Leighton-Micali hash-based signatures, RFC 8452, AESGCM-SIVNonce Misuse-Resistant Authenticated Encryption ???? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2027 JTC1 SC27, IETF ???? ??怨?由ъ? ??以? 90% 湲곗????以? ??以???以? 95% TTA TTAK.KO-12.0356, ?????ㅻ?諛? 蹂댁?? ??援ъ?ы?? ITU-T SG17 X.sec_QKDN_CM, Security requirements and measures for quantum key distribution networks control and management, X.sec_QKDN_AA, Authentication and authorization in QKDN using quantum safe cryptography, X.sec-QKDN-tn, Security requirements for quantum key distribution networks -trusted node, X.sec-QKDN_intrq, Security requirements for integration of QKDN and secure network infrastructure, TR.hybsec-qkd, Technical ReportOverview of hybrid security approaches applicable to QKD, X.1712, Security requirements for quantum key distribution networks key management, X.1714, Key combination and confidential key supply for quantum key distribution networks, X.1710, Security framework for quantum key distribution networks, XSTR-SEC-QKD, Security framework for quantum key distribution in telecom network, X.1702, Quantum noise random number generator architecture JTC1 SC27 ISO/IEC 23837-1, Security requirements, test and evaluation methods for quantum key distribution Part 1Requirement, ISO/IEC 23837-2, Security requirements, test and evaluation methods for quantum key distribution Part 2Evaluation and testing methods ETSI QKD GS QKD 012, Quantum Key Distribution QKD Device and Communication Channel Parameters for QKD Deployment ???? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2029 ITU-TSG17, JTC1 SC27, ETSI ???? ???멸린?? ??以? 90% 湲곗????以? ??以???以? 95% TTA 2021-0675, ?ㅼ? 遺??? ID ??鍮??ㅻ?? ???? ???? 諛?湲??? ??蹂? 愿?由?, 2021-0674, ?ㅼ? 遺??? ID ??鍮??ㅻ?? ???? ?щ━?댁?? 愿?由?, 2021-0673, 遺???ID 湲곕? ??鍮??ㅼ?????? ?щ━?댁?? ?????? ???? 湲곕?? ??援ъ?ы??, 2021-0671, ????愿?由? ?⑹?? ????, 2021-0028, 遺??곗???κ린?? 湲곕? 媛??? ???? ?↔? ?댁?⑹?? ???? ???? ??鍮??? 紐⑤??, 2020-0492, ?ㅼ? ??吏??? ????愿?由? ??鍮??ㅼ?? ???몄?곕???? ???? 怨듯?? ??援ъ?ы??, 2020-0093, 遺??고?? ??蹂??? v1.0, 2020-0092, 遺??고?? ??蹂????? ?ъ?? ?щ? 諛? ??援? ?ы??, 2020-0028, 遺??곗???κ린?? 湲곕? 媛??? ???? ?↔? ?댁?⑹?? ???? ???? ??鍮??? 紐⑤?? ITU-T SG17 X.1251rev, A framework for user control of digital identity, X.1252rev, Baseline identity management terms and definitions, X.das-mgt, Security threats and requirements for data access and sharing management system based on distributed ledger technology, X.str-dlt, Security threats and requirements of digital payment services based on distributed ledger technology, X.1403, Security guidelines for using DLT for decentralized identity management ISO TC307 ISO/DTR 3242, Blockchain and distributed ledger technologies -Use cases, ISO/WD TR 6039, Blockchain and distributed ledger technologies -Identifiers of subjects and objects for the design of blockchain systems, ISO/DTR 23249, Blockchain and distributed ledger technologies Overview of existing DLT systems for identity management, ISO/WD TR 23644, Blockchain and distributed ledger technologies Overview of trust anchors for DLT-based identity management TADIM , ISO/TR 232442020, Blockchain and distributed ledger technologies Privacy and personally identifiable information protection considerations JTC1 SC27 ISO/IEC 247612019, Authentication context for biometrics, ISO/IEC 270182019, Code of practice for protection of personally identifiable information PII in public clouds acting as PII processors W3C Candidate Recommendation, Decentralized Identifiers DIDs v1.0 Core architecture, data model, and representations, Note, Use Cases and Requirements for Decentralized Identifiers, Editor??s Draft, DID Method Rubric v1.0, Note, DID Specification Registry The interoperability registry for Decentralized Identifiers, Recommendation, Verifiable Credentials Data Model 1.0 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2024 ITU-T SG17, ISO TC307, JTC1 SC27, W3C ID 愿?由ш린?? ??以? 90% 湲곗????以? ??以???以? 90% TTA TTAK.IT-X.1148, ?듭????鍮??? ??怨듭??瑜? ???? 鍮???蹂? ??濡? ?몄?? ??????????, TTAK.KO-12.0343, 鍮???蹂? 泥?由щ?? ???? ???? ?몄?⑥?? ?????????? ITU-T SG17 ITU-T X.rdda, Requirements for data deidentification assurance, ITU-T X.fdip, Framework of deidentification Processing service for telecommunication service providers JTC1 SC27 ISO/IEC 20889, Privacy enhancing data deidentification terminology and classification of techniques NIST Draft NIST SP 800-188, De-identifying Government Datasets, NIST IR 8053, De-identification of Personally Identifiable Information 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2022 ITU-TSG17, JTC1 SC27 ?곗?댄?? 鍮???蹂??? 蹂댁? ??援ъ?ы?? ???? ??以? 100% 湲곗????以? ??以???以? 95% TTA 2021-0672, ?ㅻ??몄???? 媛??몄??蹂대낫?? 吏?移?, 2021-0025, ?듭?? ??鍮??? ??怨듭??瑜? ???? 鍮???蹂? ??濡??몄?? ??????????, 2021-0023, 媛??쇰? 諛⑹???? ???? 媛??몄??蹂대낫?? 吏?移?, 2020-0091, 媛??? ???? ??鍮??ㅼ?? ?뱁???? ??蹂대낫?? 諛? 媛??몄??蹂대낫?? ??援ъ?ы??, 2019-1111, ?곗?댄?? 鍮???蹂? 蹂댁??? ???? ??援ъ?ы??, TTAK.KO-12.0359-Part1, 遺???ID瑜? ???⑺?? ????愿?由? ?????????? ??1遺??????????? 援ъ?? 諛? 紐⑤??, TTAK.KO-12.0359-Part2, 遺???ID瑜? ???⑺?? ????愿?由? ?????????? ??2遺?????利?紐? 諛? ???몄?곕?? 諛⑸?, TTAK. KO-12.0359-Part3, 遺???ID瑜? ???⑺?? ????愿?由? ?????????? ??3遺???蹂대낫?? ??援ъ?ы?? ITU-T SG17 X.1251rev, A framework for user control of digital identity, X.1252rev, Baseline identity management terms and definitions, X.tec-idms, Management and protection techniques for user data protection in distributed identity systems, X.das-mgt, Security threats and requirements for data access and sharing management system based on distributed ledger technology, X.str-dlt, Security threats and requirements of digital payment services based on distributed ledger technology, X.1403, Security guidelines for using DLT for decentralized identity management ISO TC307 ISO/TR 232442020, Blockchain and distributed ledger technologies Privacy and personally identifiable information protection considerations JTC1 SC27 ISO/IEC 24760-12019, A framework for identity management Part 1Terminology and concepts, ISO/IEC 270182019, Code of practice for protection of personally identifiable information PII in public clouds acting as PII processors ZKProof Standards ZKProof Community Reference, Workshop 4 ProposalCommit-and-Prove Zero-Knowledge Proof Systems and Extensions W3C Candidate Recommendation, Decentralized Identifiers DIDs v1.0 Core architecture, data model, and representations, Note, Use Cases and Requirements for Decentralized Identifiers, Recommendation, Verifiable Credentials Data Model 1.0 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2024 ITU-T SG17, ISO TC307, JTC1 SC27, ZKProof, W3C ???쇱?대??? 蹂댄?? ?몄?湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% TTA TTAK.KO-12.0341/R1, ?????몄?⑥?? ???몃え???? ?ъ?⑸???? ?≪???? ??????媛? 吏?移?, TTAS. KO-12.0235/R2, ?댁??泥댁??蹂? ?≪???? ??吏? 諛? ???? 吏?移? JTC1 SC27 ISO/IEC 23532-2, Requirements for the competence of IT security testing and evaluation laboratories Part 2Testing for ISO/IEC 19790, ISO/IEC 25043, Test and analysis methods for random bit generators within ISO/IEC 19790 and ISO/ IEC 15408, ISO/IEC TS 20540, Testing cryptographic modules in their Operational environment NIST FIPS 140-3, Security Requirements for Cryptographic Modules, SP 800-140, FIPS 140-3 Derived Test Requirements DTR 蹂??? | 吏???/???곌났?? | ??以??뱁??????-| 2027 JTC1 SC27, NIST ???몃え?? ??????媛? 湲곗? ??以? 95% 湲곗????以? ??以???以? 95% TTA TTAK.KO-12.0366, ?대???듭?? ?ㅽ?몄???? ?????? 蹂댁?? 蹂댁? 諛⑸?濡?怨? ??媛? 湲곗? 吏?移? JTC1 SC27 ISO/IEC 15408-1, Evaluation criteria for IT security Part1Introduction and general model, ISO/IEC 15408-2, Evaluation criteria for IT security Part2Security functional components, ISO/IEC 15408-3, Evaluation criteria for IT security Part3Security assurance components, ISO/IEC 15408-4, Evaluation criteria for IT security Part 4Framework for the specification of evaluation methods and activities, ISO/IEC 15408-5, Evaluation criteria for IT security Part 5Pre-defined packages of security requirements, ISO/IEC 18045, Methodology for IT security evaluation, TR 22216, Introductory guidance on Evaluation for IT security, ISO/IEC 19896-1, Competence requirements for information security testers and evaluators, ISO/IEC 19896-3, Competence requirements for information security testers and evaluators-Part 3Knowledge, skills and effectiveness requirements for CC evaluators CCRA Common Criteria for Information Technology Security Evaluation, Version 3.1, revision 5, Common Methodology for Information Technology Security Evaluation, Version 3.1, revision 5 蹂??? | 吏???/???곌났?? | ??以??뱁??????-| 2022 JTC1 SC27, CCRA, CCUF IT???? 蹂댁???? ??媛?湲곗? ??以? 90% 湲곗????以? ??以???以? 90% TTA 2017-854, CCTV ?????????? ???쇱?대??? 留??ㅽ?? 寃?利??? ???? GT Ground Truth 寃?利? 諛⑸?, 2020-0701, ?ㅻ（?? 湲곕? CCTV ???? 媛??몄??蹂? 鍮???蹂??? 諛⑸?, 2020-0703, CCTV ?????? 李⑤?? ???쇱?대??? 蹂댄?몃?? ???? ??洹쇱???? ??????????, 2020-0702, ???? 媛?泥? ?ъ?몄???? ???? ?ㅼ? CCTV ??諛??댁?ㅺ? ???몄?곕?? 諛⑸?, 2020-0705, 紐⑤?由ы?? ?⑤??? ????蹂댁????鍮??ㅼ?? ???? ??湲? ???? ???ㅽ???? 媛??? ?곕?? ?명?고???댁??, TTAK.KO-10.1180, ???? 媛??몄??蹂? 鍮???蹂??? ???? ??蹂? 寃?異? 諛⑸?, TTAK.KO-10.1181, CCTV ?????? ?댁?⑺?? 鍮???蹂????? ?ㅽ???쇱?? 臾몄?? 蹂듭?? 諛⑸? ITU-T SG17 X-strvms, Security threats and req.for video management system 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2024 ITU-T SG17 吏??ν?? CCTV 蹂댁??湲곗?? ??以? 90% 湲곗????以? ??以???以? 95% TTA 2020-0505, ??蹂대????? ???? ?쇳???? ?⑥?ㅼ?????? 諛??댁?ㅼ?몄???? ?댁?⑺?? ?ㅼ??몄?, 2020-0504, 諛??댁?ㅼ?몄??湲곕? 諛??ㅻ??臾? 媛?泥댁??蹂??? DB 援ъ?吏?移?, TTAR-12.0358, ??蹂대????? ???? 諛??댁?ㅼ?몄?? ??蹂대낫??, TTAR-12.0034, 紐⑤??쇱?μ??? ??議? 諛??댁?ㅼ?몄?? ??????吏?瑜? ???? ??????媛?吏?移?, TTAR-12.0035, 諛??댁?ㅼ?몄???쇰? 媛????? ?쇳???? ??蹂??몄? 湲곗??蹂닿??? ITU-T SG17 X.pet_auth, Entity Authentication Services for Pet Animals using Telebiometrics, X.1093, Telebiometric Access Control with smart ID Card JTC1 SC27 ISO/IEC 24745R1, Biometric Information Protection JTC1 SC37 ISO/IEC 30106-1AMD1, Object oriented BioAPI Part 1Architecture Amendment 1Additional specifications and conformance statements ???? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2024 ITU-T SG17, JTC1 SC27/SC37 諛??댁?ㅼ?몄?? ???? ??鍮??? ??以? 100% 湲곗????以? ??以???以? 100% JTC1 SC27 ISO/IEC 27562, Privacy guidelines for fintech services 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2024 JTC1 SC27 ?????? ??鍮??ㅼ?????? ???쇱?대??? 蹂댄?? 100% 湲곗????以? ??以???以? 100% TTA TTAR-06.0225, 5G ?ㅻ??몄???? ??鍮??? ????由ъ?? 諛? 湲곗??, TTAR-06.0203/R1, 5G 踰??곗뺄 ??鍮??? ???ㅼ??댁?? 諛? ??援ъ?ы?? ?? ???? 諛? 媛???, TTAK.KO-12.0366, ?대???듭?? ?ㅽ?몄???? ?????? 蹂댁?? 蹂댁? 諛⑸?濡?怨? ??媛? 湲곗? 吏?移?, 2020-0711, 5G 鍮?怨듭?? ?ㅽ?몄???ъ???? URLLC瑜? 吏??????? 踰??곗뺄??鍮??ㅼ?? ???? 蹂댁?? ??援? ?ы??, TTAK.3G-22.261_R1 15.5.0 , 5G ???ㅽ?? ??鍮??? ??援ъ?ы??, TTAT.3G-38.523-2 R15-15.1.0 , 3GPP Radio Access Network; 5GS; User Equipment UE conformance specification; Part 2Applicability of protocol test cases Release15 ITU-T SG17 X.5Gsec-vs, Security requirements for vertical services supporting URLLC in the 5G non-public networks, X.itssec-5, Security guidelines for vehicular edge computing, X.5Gsec-netec, Security capabilities of network layer for 5G edge computing, X.nsom-sec, Security requirements and architecture for network slice management and orchestration, X.5Gsec-ssl, Guidelines for classifying security capabilities in 5G network slice, X.5Gsec-t, Security framework based on trust relationship in 5G ecosystem, X.5Gsec-ecs, Security Framework for 5G Edge Computing Services, X.5Gsec-guide, Security guideline for 5G communication system based on ITU-T X.805, X.1811, Security guidelines for applying quantum-safe algorithms in 5G systems, X.1046, Guideline on software-defined security in SDN/NFV network, X.1045, Security service chain architecture for the network application, X.1044, Security requirements of network virtualization, X.1043, Security framework and requirements for service function chaining based on software-defined networking, X.1042, Security services using software-defined networking 3GPP SA TR 33.857, Study on enhanced security support for Non-Public Networks NPN , TR 33.847, Study on security aspects of enhancement for proximity based services in the 5G System 5GS , TR 33.839, Study on security aspects of enhancement of support for edge computing in 5G Core 5GC , TR 33.836, Study on security aspects of 3GPP support for advanced Vehicle-to-Everything V2X services ETSI NFV GS NFV-SEC 025, Network Functions Virtualisation NFV Release 4; Security; Secure End-to-End VNF and NS management specification NGMN 5G End-to-End Architecture Framework V3.0.8, 5G security ?? Package 3Mobile Edge Computing Low Latency Consistent User Experience Version 2.0, Security Aspects of Network Capabilities Exposure in 5G 5G PPP 5G PPP Security Landscape 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2022 ITU-T SG17, 3GPP, ETSI, NGMN, 5G PPP 5G 踰??곗뺄 ??鍮??? 蹂댁?? ??援ъ?ы?? ??以? 95% 湲곗????以? ??以???以? 95% TTA 2021-0024, 鍮?而? 湲곕? ???? ?몄???蹂대?? ?댁?⑺?? ????異???紐?遺? 湲곕? ??李?, TTAE.OT-12.0020, ?? ?몄?怨듦??? ?щ━?댁?? ??洹쇱?? ???? API, TTAK.KO-12.0337, 釉?濡?泥댁?? 湲곕??? FIDO 踰??? ?몄? ?????? ???? ??援ъ?ы??, TTAR-12.0030, ?????? 援?媛????? FIDO?? PKI瑜? ?곌????? ???⑺???? ?щ? 湲곗??蹂닿??? , TTAK.KO-12.0309, 諛??댁?? ??蹂댁?? 湲곕??? 蹂몄?? ???? 愿?由? 諛⑸?, TTAK.KO-12.0313, 湲??? ??鍮??ㅼ?? ??猶? ?밴??? 媛??ν?? ?몄? ?깃? ITU-T SG17 X.1279, Framework of enhanced authentication using telebiometrics with anti-spoofing detection mechanisms, X.1277, Universal authentication framework, X.1278, Client to authenticator protocol/Universal 2-factor framework JTC1 SC27 ISO/IEC WD 27553.2, Information technology Security techniques Security requirements for authentication using biometrics on mobile devices, ISO/IEC 24761, Information technology Security techniques Authentication context for biometrics W3C Recommendation, Web AuthenticationAn API for accessing Public Key Credentials Level 2 FIDO Alliance Client to Authenticator Protocol CTAP 2.1 , FIDO Metadata Service 3.0, FIDO Metadata Statement 3.0, FIDO UAF Specifications 1.2 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2023 ITU-T SG17, JTC1 SC27, W3C, FIDO Alliance 鍮???硫? ?몄? 湲곗?? ??以? 95% 湲곗????以? ??以???以? 95% TTA 2019-1328, ?ㅼ? 諛깆????鍮??? ??寃쎌???? STIX 湲곕??? ???깆??? 遺??? ??蹂? 援??? ?щ㎎, TTAK.KO-12.0360, ?대?쇱?곕?? 湲곕? ?ㅼ? 諛깆?? ??鍮??ㅼ?? ???ㅽ?? ??援ъ?ы??, TTAK.KO-12.0338, 援ъ“???? ???? ??蹂? ???? 洹?寃? STIX 2.0 ?? ???? ??利?耳??댁??, TTAE.OT-12.0019-Part1??5, 援ъ“???? ???? ??蹂? ???? 洹?寃? STIX 踰??? 2.0 ??1遺??쇱??5遺? , TTAK.KO-12.0326, STIX 湲곕? ?ъ?대????? ??蹂닿났?? 泥닿??? ??嫄곗?? ??吏? 泥닿??? ?곕???? ???? ???ㅽ?? 援ъ“, TTAE.IT-X.1546, ???깆??? ???? 紐⑸? 諛? ?뱀?? ITU-T SG17 X.1218, Requirements and Guidelines for Dynamic Malware Analysis in a Sandbox Environment, X.1546, Malware attribute enumeration and characterization IEEE SA IEEE CMX v1.0, Clean file Metadata eXchange 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2025 ITU-T SG17, IEEE SA ???깆??? 遺??? ??蹂? 怨듭?? ?щ㎎ ??以? 85% 湲곗????以? ??以???以? 90% TTA TTAK.KO-10.0789-Part16/R2, ICT DIY -??16遺???濡? ???? ??援? ?ы??, TTAK.KO-12.0317, ??濡? 湲곕? ??鍮??ㅻ?? ???? 蹂댁?? ??援ъ?ы??, TTAR- 12.0033, ??濡? 湲곕? ??鍮??ㅻ?? ???? 蹂댁?? 硫???吏? ??由? 湲곗??蹂닿??? ITU-T SG17 X.sec-grp-mov, Security guideline for group movement service platform IEEE SA IEEE P1474.1, Standard for Communications-Based Train Control CBTC Performance and Functional Requirements, IEEE P1474.2, Standard for User Interface Requirements in Communications-Based Train Control CBTC Systems, IEEE P1474.3, Recommended Practice for Communications-Based Train Control CBTC System Design and Functional Allocations, IEEE 1474.4-2011, IEEE Recommended Practice for Functional Testing of a Communications-Based Train Control CBTC System 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2025 ITU-T SG17, IEEE SA ?????? 洹몃９ ?대???? ???? ??鍮??? 蹂댁?? ??以? 90% 湲곗????以? ??以???以? 90% TTA 2021-0709, ??異??? 臾댁?????μ???? ??湲곗????李⑥???? 諛??????? ??二쇳???? ??湲곗?μ?? ?몄껜?몄??? 痢≪??諛⑸? IEC TC69 IEC 61980-2, Electric vehicle WPT systems[Communication], IEC 61980-3, Electric vehicle WPT systems[General Specification] IEC TC106 PT 63184, Assessment methods of the human exposure to electric and magnetic fields from wireless power transfer systems models, instrumentation, measurement and numerical methods and procedures Frequency range of 1 kHz to 30 MHz IEC CISPR CISPR37, LIMITS AND METHODS OF IN SITU MEASUREMENTS AND MEASUREMENTS OF LARGE SIZE/HIGH POWER EQUIPMENT, CISPR11, Limits and methods of measurement Requirements for air-gap wireless power transfer WPT ITU-R SG1 SM.2451-0, Assessment of impact of wireless power transmission for electric vehicle charging WPT-EV on radiocommunication services, SM.2110-1, Guidance on frequency ranges for operation of non-beam wireless power transmission for electric vehicles APT AWG ITU-R SM.2110-0 媛??? , Guidance on frequency ranges for operation of non-beam wireless power transmission for electric vehicles 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2023 ITU-R SG1, IEC TC106/CISPR B, APT AWG ??湲곗감 臾댁?????μ???? 湲곗?? ??以? 100% 湲곗????以? ??以???以? 100% TTA TTAK.KO-06.0460/R1, 臾댁?? ???? ?≪???? 紐⑤?? ???? 吏??? 臾댁?? 異⑹?? ?명?고???댁?? 媛??? , TTAE.OT- 06.0053/R2, WPC 臾댁?? ???? ???? 洹?寃? 1.2.3?? IEC TC100 PT 100-3203, Device to device wireless charging D2DWC for mobile devices with wireless power TX/RX module WPC Light Electric Vehicle Specification, Industry Specification, Qi Wireless Power Transfer System Cordless Kitchen Specification v1.0, Qi PC0 Specification v1.4 AFA AirFuel Alliance Resonant Wireless Power Transfer WPT System Baseline System Specification AFA Ts-0010-A v2.00 蹂??? | 異?寃?/???κ났?? | ??以??뱁?????듈?? | 2023 WPC, AFA ????湲곌린?? 臾댁?????μ???? 湲곗?? ??以? 80% 湲곗????以? ??以???以? 80% IEC TC100 IEC 63288, Wireless Power Transfer Measuring method for wireless power transfer efficiency and standby power mobile phone, IEC TR 63231, Consideration of energy efficiency in wireless power transfer technology 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2022 IEC TC100 TA15, WPC ??異??? 臾댁?????μ???? ?⑥?⑥륫??諛⑸? 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% TTA TTA-2021-0723/4, 吏??μ?? ???? ???? ???? ??濡? ??肄? 湲곗?? ???? ??泥?, TTAK.KO-06.0488/R1, RF 鍮??щ? 臾댁?????μ???≪?? ???? CCA/TDD ?듭?? ?듯?? ???? 湲곗?? 媛??? , TTAK.KO-06.0488, RF 鍮??щ? 臾댁?????μ???≪?? ???? CCA/TDD ?듭?? ?듯?? ???? 湲곗??, TTAR-06.0193, 紐⑤??? 湲곌린瑜? ???? RF 鍮? 諛⑹?? 臾댁?????μ???? WPT 湲곗??蹂닿??? , TTAK.KO-06.0444/R1, RF 臾댁?????μ???≪?? ???? 諛깆?ㅼ??? ??議? ?듭?? ??濡???肄? 媛??? IEC TC100 IEC PNW 100-3581, SWIPT Scheduling Technology based on DSME Part 1 General Requirement, IEC 62980, Parasitic communication protocol for RF wireless power transmission, IEC 63239, Technical Report of RF Beam WPT on mobile devices AFA AirFuel RF Uncoupled Wireless Power Transfer Transmitter Specification 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2024 IEC TC100 TA15, JTC1 SC6, AFA ????湲고?? 臾댁?????μ???? 湲곗?? ??以? 85% 湲곗????以? ??以???以? 90% TTA SBAS ??鍮??ㅻ?? ???? ?듭??留?怨쇱?? ?명?고???댁?? RTCA SC159 MOPS DO-229, MOPS for GPS/WAAS airborne equipment, MOPS DO-301, MOPS for GNSS Airborne Active Antenna for the L1 freq. ICAO Annex 10 Vol.1 amendments, Appendix, DFMC SBAS SARPs-Part A version 2.2, Annex 10 Vol.1 amendments, Appendix, DFMC SBAS SARPsPart B version 2.0, NSP Flimsy/13, DFMC SBAS Key Concepts 蹂??? | 異?寃?/???κ났?? | ??以??뱁?????듈?? | 2024 ICAO, RTCA, IMO RTCM GNSS 蹂댁????蹂? ??怨? ???ㅽ?? ??以? 90% 湲곗????以? ??以???以? 80% TTA 2020-0559, ???? IoT 湲곗?? 諛? ??鍮??? 湲곗??蹂닿??? ???? , 2021-0704, ???? IoT 臾댁?????? ???? ETSI SES TR 101 956, DVB-S2x/RCS2 versus 3GPP New Radio protocol technical comparison for High Throughput satellite systems 3GPP RAN TR 38.829, Study on NB-IoT/eMTC support for Non-Terrestrial Networks NTN Release 17 , TS 36.xxx, Solutions for NB-IoT/eMTC support for Non-Terrestrial Networks NTN 蹂??? | 李⑥?몃??怨듬?? | ??以??뱁?????듈?? | 2022 ITU-R SG4, ETSI TC SES, 3GPP ???? IoT ???? 湲곗?? ??以? 80% 湲곗????以? ??以???以? 80% TTA TTAK.KO-06.0511, 蹂듭?? ??湲? 怨듭?湲? 湲곕? 怨듦? 臾댁?? ???? ???≪?? 1 遺? ????援ъ?ы??, 2019-1359, 蹂듭?? ??湲? 怨듭?湲? 湲곕? 怨듦? 臾댁?? ???? ???≪?? 2 遺? ??李몄“紐⑤?? IEC TC100 IEC 63245-2, Spatial wireless power transfer based on multiple magnetic resonances ?? Part 2reference model, IEC 63245-1, Spatial wireless power transfer based on multiple magnetic resonances ?? Part 1requirements ???? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2022 IEC TC100 TA15, WPC 怨듦? 臾댁?????μ???? 湲곗?? ??以? 100% 湲곗????以? ??以???以? 100% JTC1 SC41 ISO/IEC 30141 R2, DSC Dynamic Service Composition Concept Contribution, ISO/IEC 30141 R2, IoS Internet of Service Concept Contribution 蹂??? | 李⑥?몃??怨듬?? | ??以??뱁?????듈?? | 2027 JTC1 SC41 IoUT/IoUS Internet of Underwater Things/Internet of Underwater Service ??以? 100% 湲곗????以? ??以???以? 100% TTA 2021-0052, ??以? ???? ?듭?? ?ㅽ?몄???ъ?? ?댄??由ъ??댁?? 湲곕? 遺?遺? 珥?湲고?? 諛⑸?怨? ??援ъ?ы??, 2021-0051, ??以??듭?? ?⑹?댁?? ???? 媛??? , 2021-0049, 湲곗?援? 湲곕? ??以??듭??留? 援ъ?깆?????? 湲곕?μ?? ??援ъ?ы??, 2019-1351, ??以? 愿?由? ??蹂대??댁?? u-MIB , TTAK.KO-06.0502, ??以??듭?? ?⑹?댁?? ????, TTAR-06.0210, ??以??듭?? 湲곗?? 媛??? 諛? ???? 湲곗??蹂닿??? , TTAE.KO-06.0475, ??以? 留? 愿?由? ???ㅽ?? 媛??? 諛? ??援ъ?ы?? JTC1 SC41 ISO/IEC 30171 ED1, Overview and Requirements for Base-station based Underwater Wireless Acoustic Network B-UWAN , ISO/IEC 30175 ED1, Underwater Management Information Base u-MIB , ISO/IEC TR 30167, Underwater Communication Technologies for IoT, ISO/IEC 30142, Underwater Acoustic Sensor Network UWASN Network Management System Overview and Requirements, ISO/IEC 30143, Underwater Acoustic Sensor Network UWASN Application Profiles 蹂??? | 李⑥?몃??怨듬?? | ??以??뱁?????듈?? | 2025 JTC1 SC41 ??以??????듭?? ???? ??鍮??? ??以? 85% 湲곗????以? ??以???以? 100% TTA 2021-0050, 湲곗?援? 湲곕? ??以??듭??留??? ?듭?????ㅽ?? 臾쇰━ 怨?痢? 媛??대???쇱??, 2020-0048, ?ㅼ?留ㅼ껜 諛? ?ㅼ????? 湲곕? ??以? 臾댁?? ?듭?? ???ㅽ?? ???? ??李?, 2019-1352, ?ㅼ?留ㅼ껜 諛? ?ㅼ????? 湲곕? ??以??듭???? ???? 李몄“紐⑤??, TTAK.KO-06.0528, ??以? ?ㅼ?留ㅼ껜 臾댁?? ?듭?? ?ㅽ?몄???ъ???? ?ㅼ?留ㅼ껜 ?쇱?고???? ???? ??濡???肄? 怨?痢? 紐⑤?멸낵 ?듭?? ??援ъ?ы??, TTAR-06.0210, ??以??듭?? 湲곗?? 媛??? 諛? ???? 湲곗??蹂닿??? , TTAK.KO-06.0485, ?ㅼ?留ㅼ껜 諛? ?ㅼ????? 湲곕? ??以??듭???? ???? ??援? ?ы?? JTC1 SC41 ISO/IEC TR 301672021 ED1 , Underwater Communication Technologies for IoT Internet of Things 蹂??? | 李⑥?몃??怨듬?? | ??以??뱁?????듈?? | 2027 JTC1 SC41 李⑥?몃?? ??以? ?듯?? ?듭?? 湲곗?? ??以? 95% 湲곗????以? ??以???以? 100% TTA 2021-0051, ??以??듭?? ?⑹?댁?? ???? 媛??? , 2021-0049, 湲곗?援? 湲곕? ??以??듭??留? 援ъ?깆?????? 湲곕?μ?? ??援ъ?ы??, 2019- 1352, ?ㅼ?留ㅼ껜 諛? ?ㅼ?????湲곕? ??以? ?듭???? ???? 李몄“紐⑤??, TTAR-06.0217, ??以? ???? 二쇳???? ?ъ?? ???? 湲곗??蹂닿??? -??2遺???以? ???? ?λ?, TTAR.KO-06.0183/R1, ??以? ???? 二쇳???? ?ъ?⑺???? 湲곗??蹂닿??? -??1遺???以? ???? ?듭?? ???ㅽ??, TTAK.KO- 06.0502, ??以??듭?? ?⑹?댁?? ????, TTAK.KO-06.0352/R1, ??以??????듭?? ?ㅽ?몄???? ???ㅽ?? 媛??? 諛? ??援ъ?ы?? 媛??? , TTAE.KO- 06.0444, ??以??듭??留? ???μ?? ???? ???? ?명?? ??援ъ?ы??, TTAK.KO-06.0430, ??以? ???? ?쇱?? ?ㅽ?몄???ъ?? ?듭???μ?????? ?곗?댄?? ???? 媛????? 蹂듦뎄瑜? ???? ??????????, TTAK.OT-06.0058, ??以??????듭??紐⑤???? 硫???吏? 援ъ“, TTAK.KO-06.0352, ??以? ???? ?듭?? ???ㅽ?? Stage1??援ъ?ы??, TTAK.KO-06.0256, ??以? 洹쇨굅由? ???? ?듭?? ?ㅽ?몄???? ???ㅽ?? ???ㅽ??泥? JTC1 SC41 ISO/IEC 30140-1, UnderWater Acoustic Sensor Network UWASN Part 1Overview and Requirements, ISO/IEC 30140-2, UnderWater Acoustic Sensor Network UWASN Part 2Reference Architecture, ISO/IEC 30140-3, Underwater Acoustic Sensor Network UWASN Part 3Entities and Interface, Overview and Requirements for Base-station based Underwater Wireless Acoustic Network B-UWAN 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2027 JTC1 SC41 ??以??????듭?? 李몄“紐⑤?? ??以? 100% 湲곗????以? ??以???以? 100% TTA 2016-130, ??以? ???? 二쇳???? ?ъ?? ???? 湲곗??蹂닿??? -??3遺? ??以???臾쇨낵 ?멸났諛??? 二쇳????, 2020-0720, ??以? ?ㅽ?몄???? 吏???/??以? ?명?? ????, TTAR-06.0217, ??以? ???? 二쇳???? ?ъ?? ???? 湲곗??蹂닿??? -??2遺???以? ???? ?λ?, TTAR.KO-06.0183/R1, ??以? ???? 二쇳???? ?ъ?⑺???? 湲곗??蹂닿??? -??1遺???以? ???? ?듭?? ???ㅽ??, TTAE.KO-06.0476, 吏??? ?듭?? ?ㅽ?몄???ъ?? ??以? ???? ?듭?? ?ㅽ?몄???? 媛??? ???댄?? ?ㅽ?몄???? 二쇱?? 泥닿? ?곕???? ???? 媛??? 二쇱?? ?댁?? ?ㅽ??, TTAE.KO-06.0444, ??以??듭??留? ???μ?? ???? ???명?명?? ??援ъ?ы??, TTAE.KO-06.0453, 吏??? RF ?듭?? ?ㅽ?몄???ъ?? ??以? ???? ?듭???ㅽ?몄???ъ?? ?곕?? ??援ъ?ы?? JTC1 SC41 ISO/IEC 30177 ED1, Internet of Things IoT Underwater network management system U-NMS Interworking, SC41N1409 NP , Internet of Things IoT Interworking between IP-based network and underwater network, ISO/IEC 30140-4, Information technology Underwater acoustic sensor network UWASN Part 4 Interoperability 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2025 JTC1 SC41 ??以??????듭?? ???몄?댁?⑹?? ??以? 85% 湲곗????以? ??以???以? 100% RRA KS C IEC 61000-1-3, ?????????⑹?? EMC ?? ??1-3遺??쇰???誘쇨? ?λ? 諛? ???ㅽ???? ???? 怨?怨??? ?? ?????? ???? HEMP ????, KS C IEC 61000-1-5, ?????????⑹?? EMC ?? ??1-5遺??쇰???誘쇨? ???ㅽ???? ???? 鍮??? 怨?異??? ?????? HPEM ????, KS C IEC 61000-2-13, ?????????⑹?? EMC ?? ??2-13遺?竊???寃썩??鍮??? 怨?異??? ?????? HPEM ??寃? ??諛⑹?? 諛? ????, KS C IEC 61000-4-25, ?????????⑹?? EMC ?? ??4-25遺????? 諛? 痢≪??湲곗?????λ? 諛? ???ㅽ???? ???? HEMP ?댁?? ????諛⑸?, KS C IEC TR 61000-4-32, ?????????⑹?? EMC ?? ??4-32遺????? 諛? 痢≪??湲곗????怨?怨??? ?? ?????? ???? HEMP ??裕щ???댄?? 媛???, KS C IEC 61000-4-33, ?????????⑹?? EMC ?? ??4-33遺????? 諛? 痢≪??湲곗????怨?異??? 怨쇰?????? ???쇰?명?? 痢≪??諛⑸?, KS C IEC TR 61000-4-35, ?????? ???⑹?? EMC ?? ??4-35遺????? 諛? 痢≪??湲곗????鍮??? 怨?異??? ?????? HPEM ??裕щ???댄?? 媛???, KS C IEC 61000-4-36, ?????????⑹?? EMC ?? ??4-33遺????? 諛? 痢≪??湲곗?????λ? 諛? ???ㅽ???? ???? ?????? ???????ν?? IEMI ?댁?? ????諛⑸?, KS CI EC 61000-5-3, ?????????⑹?? EMC ?? ??5-3遺??ㅼ? 諛? ????吏?移ⓥ??怨?怨??? ?? ?????? ???? HEMP 諛⑺?? 媛???, KS CI EC 61000-5-4, ?????????⑹?? EMC ?? ??5-4遺??ㅼ? 諛? ????吏?移ⓥ??HEMP ?댁??-HEMP 諛⑹?ъ?? 諛⑺?댁?? ???? 蹂댄?? ?μ? ??援ъ?ы??, KS CI EC 61000-5-6, ?????????⑹?? EMC ????5-6遺??ㅼ? 諛? ????吏?移ⓥ???몃? ????湲? EM ???μ?? ????, KS CI EC 61000-5-8, ?????????⑹?? EMC ????5-8遺??ㅼ? 諛? ???? 吏?移ⓥ??HEMP濡?遺??? 遺??곕?? 湲곕????ㅼ?? 蹂댄?? 諛⑸?, KS CI EC 61000-5-9, ?????????⑹?? EMC ?? ??5-9遺??ㅼ? 諛? ????吏?移ⓥ??HEMP?? HPEM?? ???? ???ㅽ?? ??踰? 媛????? ??媛? IEC TC77 IEC 61000-5-6 ED1, EMC ?? Part 5-6Installation and mitigation guidelines ?? Mitigation of external EM influences, IEC 61000-2-9 ED2, EMC ?? Part 2-9Environment Description of HEMP environment Radiated disturbance. Basic EMC publication, IEC 61000-2-10 ED2, EMC ?? Part 2-10Environment Description of HEMP environment Conducted disturbance, IEC 61000-4-23/AMD1 ED2, Amendment 1 EMC Part 4-23Testing and measurement techniques Test methods for protective devices for HEMP and other radiated disturbances, IEC 61000-4-24/AMD1 ED2, Amendment 1 EMC Part 4-24Testing and measurement techniques Test methods for protective devices for HEMP conducted disturbance, IEC 61000-4-36 Ed.2.0, IEMI immunity test methods for equipment and systems ITU-T SG5 K.78 Ed.2.0, High altitude electromagnetic pulse immunity guide for telecommunication centres 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2023 IEC TC77, ITU-T SG5 怨?異??? ?????? 諛⑺?몃???? 蹂댄?? 吏?移? ??以? 90% 湲곗????以? ??以???以? 85% TTA 2019-1348, 5G 湲곗?援??? ?????? ?몄껜 ???κ낵 愿??⑤?? ???? ???⑹?? ?????? ???? ????嫄곕━ ??媛?諛⑸?, 2021-0710, 諛?由щ?명?고?? 湲곗?援? ?ㅼ? ????怨듦??? ?????? ?몄껜?몄??? 痢≪??諛⑸?, TTAK.KO-06.0491, ?대???? 臾댁???듭??湲곌린?? EMF ?몄껜???? ??媛? ??移??댁?? 諛⑸?, TTAK.KO-06.0343/R1, 湲곗?援? ?????? ?몄껜 ?몄??? ??痢? 諛⑸? IEC TC106 IEC 62232 Ed.3.0, Methods for the assessment of electric, magnetic and electromagnetic fields associated with human exposure, IEC/IEEE 63195-1 Ed.1.0, Measurement procedure for the assessment of power density of human exposure to radio frequency fields from wireless devices operating in close proximity to the head and body ?? Frequency range of 6 ??to 300 ??, IEC/IEEE 63195-2 Ed.1.0, Determining the power density of the electromagnetic field associated with human exposure to wireless devices operating in close proximity to the head and body using computational techniques, 6 ??to 300 ??, IEC 62209-3 Ed.1.0, Human exposure to radio frequency fields from hand-held and body-mounted wireless communication devices Human models, instrumentation, and procedures Part 3Vector probe systems Frequency range of 100 ??to 6 ?? , IEC TR 62669 Ed.1.0, Case studies supporting IEC 62232 Determination of RF field strength, power density and SAR in the vicinity of radiocommunication base stations for the purpose of evaluating human exposure ITU-T SG5 K.small, Small base stations-impact on the overall exposure level, K.peak, Comparisonbetween peak and real exposure in the long term considerations, K.STR.EMF_assess, Case studies of RF-EMF assessments, K.145, Assessment and management of compliance with RF EMF exposure limits for workers at radiocommunication sites, K.Suppl.16, Electromagnetic field EMF compliance assessments for 5G wireless networks 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2022 IEC TC106, ITU-T SG5 5G ?????? ?몄껜 ?몄?????媛? 湲곗?? ??以? 85% 湲곗????以? ??以???以? 85% TTA 2021-0718, 湲닿?援ъ“?? 痢≪?????ㅽ?? Stage 4?⑤? ???? ?명?고???댁??, TTAK.KO-06.0322-Part4, 媛??? 諛? 李⑤?? ?⑤??? ???? ?ㅻ?? ??移? 湲곕???鍮???, TTAK.KO-06.0477, ??移?湲곕???鍮??ㅻ?? ???? 痢≪?? 諛? ??踰? ??鍮??? ?깅?? ?몃?깆??, TTAK.KO-06.0436, GPS ?????쇱???? ???? ????湲? ?깅?μ???? ETSI SES TS 103 246-3, Satellite Earth Stations and System SES ; GNSS based location system; Part 3Performance Requirements, TS 103 256-5, Satellite Earth Stations and System SES ; GNSS based location system; Part 5Performance Test Specification, EN 303 413, Satellite Earth Stations and System SES ; Global Navigation Satellite System GNSS receivers; Radio equipment operating in the 1164??to 1300??and 1559??to 1610??frequency bands; Harmonized Standard for access to radio spectrum, TS 103 246-2, Satellite Earth Stations and System SES ; GNSS based location systems; Part 2Reference Architecture, TS 103 246-1, Satellite Earth Stations and System SES ; GNSS based location systems; Part 1Functional Requirements IMO MSC.432, AMENDMENTS TO PERFORMANCE STANDARDS FOR MULTI-SYSTEM SHIPBORNE RADIONAVIGATION RECEIVERS RESOLUTION MSC.401 95 , MSC.401, PERFORMANCE STANDARDS FOR MULTI-SYSTEM SHIPBORNE RADIONAVIGATION RECEIVERS ICAO Annex 10 Vol.1 amendments, Appendix, DFMC SBAS SARPsPart A version 2.2, Annex 10 Vol.1 amendments, Appendix, DFMC SBAS SARPs-Part B version 2.0, NSP Flimsy/13, DFMC SBAS Key Concepts 蹂??? | 李⑥?몃??怨듬?? | ??以??뱁?????듈?? | 2025 ETSI TC SES, ICAO, IMO ???깊??踰? ???ㅽ??/??踰?????湲? ?댁?? 湲곗?? ??以? 80% 湲곗????以? ??以???以? 80% TTA TTAK.KO-06.0519, ?????? ????愿?由? 媛??대???쇱??, TTAK.KO-06.0520, ?????? ????愿?由? ?????? ??媛?諛⑸? RRA KS X 3129, ?대???듭?? ?⑤?湲? 諛? 蹂댁“湲곌린?? ?????????⑹?? ????諛⑸?, KS X 3135, ?대???듭?? 湲곗?援?, 以?怨?湲?, 蹂댁“湲곌린?? ?????????⑹?? ????諛⑸? IEC CISPR CISPR 35 Ed.2.0, Electromagnetic Compatibility of Multimedia equipment Immunity Requirements, CISPR 32 Ed.2.1, Electromagnetic compatibility of multimedia equipment Emission requirements, CISPR 16-1-4 Ed.4.2, Specification for radio disturbance and immunity measuring apparatus and methods Part 1-4Radio disturbance and immunity measuring apparatus -Antennas and test sites for radiated disturbance measurements, CISPR 16-1-6 Ed.1.2, Specification for radio disturbance and immunity measuring apparatus and methods Part 1-6Radio disturbance and immunity measuring apparatus EMC antenna calibration, CISPR 16-2-3 Ed.4.2, Specification for radio disturbance and immunity measuring apparatus and methods Part 2-3Methods of measurement of disturbances and immunity Radiated disturbance measurements IEC TC77 IEC 61000-4-41, Electromagnetic compatibility EMC Part 4-41Testing and measurement techniques Broadband radiated immunity test ITU-T SG5 K.Suppl.10, Analysis of EMC aspects and definition of requirements for 5G mobile systems ETSI ERM EN 301 489-50, ElectroMagnetic Compatibility EMC standard for radio equipment and services; Part 50Specific conditions for Cellular Communication Base Station BS , repeater and ancillary equipment, EN 301 489-52, EMC standard for radio equipment and services; Part 52Specific conditions for Cellular Communication Mobile and portable radio and ancillary equipment, ETSI TS 103 569, EMC standard for radio equipment and services; Study into extending the upper limit of the range of radiated emissions requirements up to 40 GHz 3GPP RAN TS 38.113, NR; Base Station BS ElectromagneticCompatibility EMC , TS 38.124, NR; Electromagnetic compatibility EMC requirements for mobile terminals and ancillary equipment 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2023 IEC CISPR/TC77, ITU-T SG5, ETSI, 3GPP 5G ?????????⑹?깊??媛? 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% TTA 2021-0704, ???? IoT ???? 臾댁?????? ??以?, 2020-0559, ???? IoT 湲곗?? 諛? ??鍮??? 湲곗??蹂닿???, TTAK.KO-07.0143/R1, 媛?諛⑺?? ??以? 湲곕? ???깊?듭?? 臾댁?????? 媛??? , 2021-0707, ?????? 遺??? 諛? 蹂?議곕갑???? ?ъ?⑺???? ???깊?듭?? ???ㅽ???? ?깅?? 紐⑺?? 寃곗?? 諛⑸? ???? , TTAK.KO-06.0019/R3, 二쇳???? 怨듭??瑜? ???? Ku ???? 怨????? VSAT ???????? 湲곗???? ?뱀?? ITU-R SG4 S.2131, Method for the determination of performance objectives for satellite hypothetical reference digital paths using adaptive coding and modulation ETSI SES EN 302 307-2v1.2.1 2020-02 , Second generation framing structure, channel coding and modulation systems for Broadcasting, Interactive Services, News Gathering and other broadband satellite applications; Part ii S2 eXtensions DVB-S2X , ETSI TS 301 545-1 V1.3.1 2020-07 , Second Generation DVB Interactive Satellite System DVB-RCS2 Part 1Overview & System Level Specification, ETSI EN 301 545-2 V1.3.1 2020-07 , Second Generation DVB Interactive Satellite System DVB-RCS2 Part 2Lower Layers Satellite Specification, ETSI TS 301 545-3 V1.3.1 2020-07 , Second Generation DVB Interactive Satellite System DVB-RCS2 Part 3Higher Layers Satellite Specification, ETSI TR 103 611 V1.1.1 2020-06 , Seamless integration of satellite and/ or HAPS High Altitude Platform Station systems into 5G and related architecture options DVB CM2050r6-CM-10199v1.1.0-C100, Commercial Requirements for DVB-I over 5G, Part 2 of ETSI EN 302 307 S2X , GSE-Lite flag that is used for NPD indication in the TS case , TS/GS setting ??GSE-HEM??, DVB-TR102 376-2 V1.2.1 A171-2, 2020-04 , Implementation guidelines for the second generation system for Broadcasting, Interactive Services, News Gathering and other broadband satellite applications; Part 2S2 Extensions DVBS2X , DVB-TS101 545-3 V1.3.1 A155-3, 2020-02 , Second Generation DVB Interactive Satellite System DVB-RCS2 Part 3Higher Layers Satellite Specification 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2023 ITU-R SG4, ETSI TC SES, DVB 珥?愿????? ?ㅼ?鍮? ???깊?듭?? ??以? 90% 湲곗????以? ??以???以? 85% ITU-R SG4 Report S.2464, Operation of earth stations in motion communicating with geostationary space stations in the fixed-satellite service allocations at 17.7-19.7 GHz and 27.5-29.5 GHz, Report S.2462, Sharing between 50/40 GHz geostationary networks and non-geostationary systems APT APG APT Preliminary Views on WRC-23 Agenda Items APT AWG Draft new APT Report on Vehicle Mounted Earth Stations VMES operating with GSO FSS networks in the Kuband in APT countries 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2023 ITU-R SG4, APT APG ???? ?듭?? 二쇳???? ?댁?? 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% CCSDS 141.11-O-1, Optical High Data Rate HDR communication, 211.2-P-2.1, Proximity-1 Space Link Protocol Coding and Synchronization Sublayer 蹂??? | 異?寃?/???κ났?? | ??以??뱁?????듈?? | 2025 CCSDS ?ъ?곗＜ ???댁??/洹쇱?? ?듭?? ??以? 80% 湲곗????以? ??以???以? 80% CCSDS 727.0-B-4, CCSDS File Delivery Protocol CFDP , 734.5-R-1, CCSDS Streamlined Bundle Security Protocol Specification IETF I-D, Bundle Protocol Version 7 蹂??? | 異?寃?/???κ났?? | ??以??뱁?????듈?? | 2025 CCSDS, IETF ?ъ?곗＜ ?듭?? ?ㅽ?몄???? ??以? 75% 湲곗????以? ??以???以? 75% 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2024 IEC TC100 TA15 以???異??? 臾댁?????μ???? 湲곌린?? ?대Ъ吏?/??泥? 寃?異? 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% 臾댁?????μ???? ??以??듭?? ???깊?듭?? ????????寃? ?ы?? 湲곗?? ?곗?? ???ㅽ?? ?ы???ㅻ━, 嫄곕????? ?곗?댄??, 紐⑤?몃?, ???ロ?? ????, ?ㅻ???X 鍮??곗?댄??, ?대?쇱?곕??, IoT TTA 2021-0746, 3GPP Release 16 湲곗??洹?寃? 遺???, TTAR-06.0219, 3GPP Release 15 湲곗??洹?寃? 遺???, TTAT.3G-36.321 R16-16.4.0 , E-UTRA; Medium Access Control MAC protocol specification Release16 , TTAT.3G-36.331 R16-16.4.0 , E-UTRA; Radio Resource Control RRC ; Protocol specification Release16 , TTAT.3G-36.413 R16-16.5.0 , E-UTRAN; S1 Application Protocol S1AP Release16 , TTAT.3G-36.423 R16-16.5.0 , E-UTRAN; X2 application protocol X2AP Release16 , TTAT.3G-36.101 R16-16.9.0 , E-UTRA; User Equipment UE radio transmission and reception Release16 , TTAT.3G-36.133 R16-16.9.0 , E-UTRA; Requirements for support of radio resource management Release16 , TTAT.3G-36.104 R17-17.1.0 , E-UTRA; Base Station BS radio transmission and reception Release17 , TTAT.3G-37.104 R17-17.1.0 , E-UTRA, UTRA and GSM/EDGE; Multi-Standard Radio MSR Base Station BS radio transmission and reception Release17 , TTAT.3G-36.141 R17-17.1.0 , E-UTRA; Base Station BS conformance testing Release17 , TTAT.3G-37.141 R17-17.1.0 , E-UTRA, UTRA and GSM/EDGE; Multi-Standard Radio MSR Base Station BS conformance testing Release17 3GPP RAN TS 36.101, E-UTRA; User Equipment UE radio transmission and reception Release 17 , TS 36.104, E-UTRA; Base Station BS radio transmission and reception Release 17 , TS 36.133, E-UTRA; Requirements for support of radio resource management Release 17 , TS 36.201, E-UTRA; LTE physical layer; General description Release 17 , TS 36.211, E-UTRA; Physical channels and modulation Release 17 , TS 36.212, E-UTRA; Multiplexing and channel coding Release 17 , TS 36.213, E-UTRA; Physical layer procedures Release 17 , TS 36.214, E-UTRA; Physical layer; Measurements Release 17 , TS 36.300, E-UTRA andE-UTRAN; Overall description; Stage 2 Release 17 , TS 36.302, E-UTRA; Services provided by the physical layer Release 17 , TS 36.304, E-UTRA; User Equipment UE procedures in idle mode Release 17 , TS 36.306, E-UTRA; User Equipment UE radio access capabilities Release 17 , TS 36.321, E-UTRA; Medium Access Control MAC protocol specification Release 17 , TS 36.331, E-UTRA; Radio Resource Control RRC ; Protocol specification Release 17 , TS 36.413, E-UTRAN; S1 Application Protocol S1AP Release 17 , TS 36.423, E-UTRAN; X2 Application Protocol X2AP Release 17 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2023 3GPP RAN 5G IoT 湲곗?? ??以? 100% 湲곗????以? ??以???以? 100% TTA 2021-0746, 3GPP Release 16 湲곗??洹?寃? 遺???, TTAT.3G-38.211 R16-16.5.0 , 5G NR; Physical channels and modulation, TTAT.3G-38.212 R16-16.5.0 , 5G NR; Multiplexing and channel coding, TTAT.3G- 38.213 R16-16.5.0 , 5G NR; Physical layer procedures for control, TTAT.3G-38.214 R16-16.5.0 , 5G NR; Physical layer procedures for data, TTAT.3G-38.321 R16-16.4.0 , 5G NR; Medium Access Control MAC protocol specification, TTAT.3G-38.300 R16-16.5.0 , 5G NR; 5G NR and NG-RAN Overall Description; Stage 2, TTAT.3G- 38.331 R16-16.4.1 , 5G NR; Radio Resource Control RRC protocol specification, TTAR-06.0203/R1, 5G 踰??곗뺄 ??鍮??? ???ㅼ??댁?? 諛? ??援ъ?ы?? 湲곗??蹂닿??? , TTAR-06.0225, 5G ?ㅻ??몄???? ??鍮??? ????由ъ?? 諛? 湲곗?? 湲곗??蹂닿??? 5G?щ?? 5G ?щ?? ?댁??由ы?ы?? 3GPP RAN TS 38.300, 5G NR; Overall description; Stage-2 Release 17 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 17 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 17 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 17 , TS 38.211, 5G NR; Physical channels and modulation Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 17 , TS 38.213, 5G NR; Physical layer procedures for control Release 17 , TS 38.214, 5G NR; Physical layer procedures for data Release 17 , TS 38.211, 5G NR; Physical channels and modulation Release 16 , TS 38.212, 5G NR; Multiplexing and channel coding Release 16 , TS 38.213, 5G NR; Physical layer procedures for control Release 16 , TS 38.214, 5G NR; Physical layer procedures for data Release 16 , TS 38.300, 5G NR; Overall description; Stage-2 Release 16 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 16 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 16 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 16 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2024 3GPP RAN, ITU-R WP5D URLLC 湲곗?? ??以? 95% 湲곗????以? ??以???以? 95% 3GPP SA TS 33.116, Security Assurance Specification SCAS for the MME network product class Release 16 , TS 33.117, Catalogue of general security assurance requirements Release 16 GSMA GSMA PRD FS.13, Network Equipment Security Assurance Scheme Version 2.0 蹂??? | ???듭?????? | ??以??뱁?????듈?? | 2025 3GPP SA, GSMA 5G 蹂댁?? ?????????? 80% 湲곗????以? ??以???以? 80% TTA TTAT.3G-36.211 R16-16.5.0 , E-UTRA; Physical channels and modulation Release16 , TTAT.3G- 36.212 R16-16.5.0 , E-UTRA; Multiplexing and channel coding Release16 , TTAT.3G-36.214 R16-16.5.0 , E-UTRA; Physical layer; Measurements Release16 , TTAT.3G-37.213 R16-16.5.0 , Physical layer procedures for shared spectrum channel access Release16 , TTAT.3G-38.211 R16-16.5.0 , 5G NR; Physical channels and modulation Release16 , TTAT.3G-38.212 R16-16.5.0 , 5G NR; Multiplexing and channel coding Release16 , TTAT.3G-38.213 R16-16.5.0 , 5G NR; Physical layer procedures for control Release16 , TTAT.3G- 38.214 R16-16.5.0 , 5G NR; Physical layer procedures for data Release16 , TTAT.3G-38.300 R16-16.5.0 , 5G NR; 5G NR and NG-RAN Overall Description; Stage 2 Release16 , TTAT.3G-38.321 R16-16.4.0 , 5G NR; Medium Access Control MAC protocol specification Release16 , TTAT.3G-38.323 R16-16.3.0 , 5G NR; Packet Data Convergence Protocol PDCP specification Release16 , TTAT.3G-38.331 R16-16.4.0 , 5G NR; Radio Resource Control RRC protocol specification Release16 3GPP RAN TS 37.213, Physical layer procedures for shared spectrum channel access Release 17 , TS 38.211, 5G NR; Physical channels and modulation Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 17 , TS 38.213, 5G NR; Physical layer procedures for control Release 17 , TS 38.214, 5G NR; Physical layer procedures for data Release 17 , TS 38.300, 5G NR; Overall description; Stage-2 Release 17 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 17 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 17 , TR 38.808, Study on supporting 5G NR from 52.6 ??to 71 ?? 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2023 3GPP RAN ???고?? 二쇳???? ?ъ?⑹?? ?듯?? ???? 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% TTA 3GPP Release 17 湲곗??洹?寃? 遺??? 湲곗??蹂닿??? , TTAT.3G-38.211 R17-17.1.0 , 5G NR; Physical channels and modulation Release17 , TTAT.3G-38.212 R17-17.1.0 , 5G NR; Multiplexing and channel coding Release17 , TTAT.3G-38.213 R17-17.1.0 , 5G NR; Physical layer procedures for control Release17 , TTAT.3G-38.214 R17-17.1.0 , 5G NR; Physical layer procedures for data Release17 , TTAT.3G-38.300 R17-17.1.0 , 5G NR; 5G NR and NG-RAN Overall Description; Stage 2 Release17 , TTAT.3G-38.304 R17-17.1.0 , 5G NR; User Equipment UE procedures in idle mode and in RRC Inactive state, TTAT.3G-38.331 R17-17.1.0 , 5G NR; Radio Resource Control RRC protocol specification Release17 , TTAT.3G-38.340 R17-17.1.0 , 5G NR; Backhaul Adaptation Protocol Release 17 , TTAT.3G-37.340 R17-17.1.0 , 5G NR; Multi-connectivity; Overall description; Stage-2 Release 17 , TTAT.3G- 38.401 R17-17.1.0 , NG-RAN; Architecture description Release 17 , TTAT.3G-38.413 R17-17.1.0 , NG-RAN; NG Application Protocol NGAP Release 17 , TTAT.3G-38.423 R17-17.1.0 , NG-RAN; Xn Application Protocol XnAP Release 17 , TTAT.3G-38.425 R17-17.1.0 , NG-RAN; 5G NR user plane protocol Release 17 , TTAT.3G- 38.463 R17-17.1.0 , NG-RAN; E1 Application Protocol E1AP Release 17 , TTAT.3G-38.473 R17-17.1.0 , NG-RAN; F1 Application Protocol F1AP Release 17 , 2021-0746, 3GPP Release 16湲곗??洹?寃? 遺??? 湲곗??蹂닿??? 5G?щ?? 媛?諛⑺?? 5G ??濡??명?? ???? ??留? 諛? ?곗??怨? ???깊?? 諛⑹?? 3GPP RAN TS 37.340, 5G NR; Multi-connectivity; Overall description; Stage-2 Release 17 , TS 38.211, 5G NR; Physical channels and modulation Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 17 , TS 38.213, 5G NR; Physical layer procedures for control Release 17 , TS 38.214, 5G NR; Physical layer procedures for data Release 17 , TS 38.300, 5G NR; Overall description; Stage-2 Release 17 , TS 38.304, 5G NR; User Equipment UE procedures in idle mode and in RRC Inactive state Release 17 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 17 , TS 38.401, NG-RAN; Architecture description Release 17 , TS 38.413, NG-RAN; NG Application Protocol NGAP Release 17 , TS 38.423, NGRAN; Xn Application Protocol XnAP Release 17 , TS 38.425, NG-RAN; 5G NR user plane protocol Release 17 , TS 38.463, NG-RAN; E1 Application Protocol E1AP Release 17 , TS 38.340, 5G NR; Backhaul Adaptation Protocol Release 17 , TS 38.473, NG-RAN; F1 Application Protocol F1AP Release 17 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2024 3GPP RAN 臾댁??諛깊?? 諛? ?≪?몄?? 寃고?? IAB 湲곗?? ??以? 85% 湲곗????以? ??以???以? 95% TTA TTAE.IE-1609.2.1-2020, 李⑤?? ??寃? 臾댁?? ??????理?醫??? 湲곌린瑜? ???? ?몄? 愿?由?, TTAK.KO-06.0538, ??猷곕?? 李⑤???듭???? ???? 臾댁?????? 諛? 臾댁?????? 湲곗??, TTAR-06.0223, ??猷곕?? 李⑤???듭?? 二쇳???? ?????? 遺??? 湲곗??蹂닿??? , TTAR.KO- 06.0203/R1, [媛???]5G 踰??곗뺄 ??鍮??? ??利?耳??댁?? 諛? ??援ъ?ы?? 湲곗??蹂닿??? , TTAK. KO-06.0483/R1, [媛???]C-V2X ??鍮??? ?????????р???ㅽ?몄???? ???ㅽ??泥??? ?듭?? ??李?, TTAR-06.0208, C-V2X ??利?耳??댁??, 湲곗?? 諛? 二쇳???? 湲곗??蹂닿??? , TTAR-06.0204, C-V2X 湲곗?? 諛? ??鍮??? ???? 諛⑹?? 湲곗??蹂닿??? , TTAK.KO-06.0505, ???? ???? 二쇳???? ???? ?듭?? ???ㅽ?? Stage 2???ㅽ??泥? 3GPP RAN TS 38.211, 5G NR; Physical channels and modulation Release 16 , TS 38.212, 5G NR; Multiplexing and channel coding Release 16 , TS 38.213, 5G NR; Physical layer procedures for contro Release 16 , TS 38.214, 5G NR; Physical layer procedures for data Release 16 , TS 38.300, 5G NR; Overall description; Stage-2 Release 16 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 16 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 16 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 16 , TS 33.185, Security aspect for LTE support of V2X services Release 16 , TS 33.536, Security aspects of 3GPP support for advanced V2X services Release 16 , TS 38.211, 5G NR; Physical channels and modulation Release 15 , TS 38.212, 5G NR; Multiplexing and channel coding Release 15 , TS 38.213, 5G NR; Physical layer procedures for control Release 15 , TS 38.214, 5G NR; Physical layer procedures for data Release 15, TS 38.300, 5G NR; Overall description; Stage-2 Release 15 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 15 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 15 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 15 3GPP SA TS 22.186, Requirements for eV2X scenarios Release 16 , TS 23.287, 5GS support for V2X Services Release 16 , TS 24.486, VAE layer protocol Release 16 , TS 24.587, V2X services in 5GS Release 16 , TS 24.588, V2X services in 5GS; UE policies Release 16 , TS 29.486, VAE service Release 16 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2024 3GPP RAN/SA 5G C-V2X 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% TTA TTAT.3G-36.211 R16-16.5.0 , E-UTRA; Physical channels and modulation Release16 , TTAT.3G- 36.212 R16-16.5.0 , E-UTRA; Multiplexing and channel coding Release16 , TTAT.3G-36.214 R16-16.5.0 , E-UTRA; Physical layer; Measurements Release16 , TTAT.3G-37.213 R16-16.5.0 , Physical layer procedures for shared spectrum channel access Release16 , TTAT.3G-38.211 R16-16.5.0 , 5G NR; Physical channels and modulation Release16 , TTAT.3G- 38.212 R16-16.5.0 , 5G NR; Multiplexing and channel coding Release16 , TTAT.3G-38.213 R16-16.5.0 , 5G NR; Physical layer procedures for control Release16 , TTAT.3G-38.214 R16-16.5.0 , 5G NR; Physical layer procedures for data Release16 , TTAT.3G- 38.300 R16-16.5.0 , 5G NR; 5G NR and NG-RAN Overall Description; Stage 2 Release16 , TTAT.3G- 38.321 R16-16.4.0 , 5G NR; Medium Access Control MAC protocol specification Release16 , TTAT.3G-38.323 R16-16.3.0 , 5G NR; Packet Data Convergence Protocol PDCP specification Release16 , TTAT.3G-38.331 R16-16.4.0 , 5G NR; Radio Resource Control RRC protocol specification Release16 3GPP RAN TS 37.213, Physical layer procedures for shared spectrum channel access Release 17 , TS 38.211, 5G NR; Physical channels and modulation Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 17 , TS 38.213, 5G NR; Physical layer procedures for control Release 17 , TS 38.214, 5G NR; Physical layer procedures for data Release 17 , TS 38.300, 5G NR; Overall description; Stage-2 Release 17 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 17 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 17 , TR 38.808, Study on supporting 5G NR from 52.6 ??to 71 ?? 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2023 3GPP RAN 鍮?硫댄?????? ??猷곕?? 湲곗?? ??以? 100% 湲곗????以? ??以???以? 100% TTA TTAK.KO-06.0401, [媛???] 湲닿?援ъ“?? 痢≪?????ㅽ??, TTAK.KO-06.0504, ?щ???쇳?댁?? ??移?遺??? ???ㅽ??, TTAK.KO-06.0322, [媛???] 媛??? 諛? 李⑤?? ?⑤??? ???? ?ㅻ?? ??移?湲곕???鍮???, TTAK.KO-06.0486, 湲닿? 援ъ“ ??泥? ?ㅻ??명?? ?ъ?⑹?? ?명?? ???댁??, TTAK.KO-06.0477, ??移?湲곕???鍮??ㅻ?? ???? 痢≪?? 諛? ??踰? ?깅?? ?몃?깆?ㅼ?? 洹? ???? 諛⑸?, TTAK.KO-06.0478, ?ㅻ?? 痢≪?? 吏????? ???? Fingerprint Map 援??? 洹?寃?, ?대???듭?? ???멸린諛? 湲닿?援ъ“ ??諛?痢≪?? 湲곗?? 湲곗??蹂닿??? 3GPP RAN TR 38.857, 5G NR Positioning Enhancement Release 17 , TS 38.455, 5G NR Positioning Protocol A 5G NRPPa Release 16 , TS 37.355, LTE Positioning Protocol LPP Release 16 , TS 38.305, NG-RAN; functional specification of UE positioning Release 16 3GPP SA TS 22.261, Service requirements for the 5G system Release17 , TS 23.273, 5G System 5GS Location Services LCS Release 16 , TS 23.271, Functional description of Location Services LCS Release 16 , TS 22.071, Location Services LCS ; Service description Release 16 OMA LOC OMA-TS-MLP-V3_5, Mobile Location Protocol, OMA-TS-ULP-V3_0, User Plane Location Protocol, OMA-TS-ILP-V3_0, Internal Location Protocol, OMA-TS-LPPe??V2_0, LPP Extensions Specification 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2023 3GPP RAN/SA, OMA LOC WG ??移?湲곕? ??鍮??? 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% 3GPP RAN TR 38.838, Study of XR Extended Reality evaluations for 5G NR 3GPP SA TR 26.925, Typical traffic characteristics of media services on 3GPP networks, TR 26.928, Extended Reality XR in 5G, TR 26.929, QoE parameters and metrics relevant to the Virtual Reality VR user experience, TR 22.261, Service requirements for the 5G system 蹂??? | 李⑥?몃??怨듬?? | ??以??뱁?????듈?? | 2023 3GPP SA/RAN 5G 湲곕? ???ν???ㅼ??鍮??? ??以? 100% 湲곗????以? ??以???以? 95% 3GPP RAN TS 36.321, E-UTRA; Medium Access Control MAC protocol specification, TR 36.777, Study on enhanced LTE Support for Aerial Vehicles 3GPP SA TR 33.854, Study on security aspects of Unmanned Aerial Systems UAS , TR 23.754, Study on supporting Unmanned Aerial Systems Connectivity, Identification, and Tracking, TR 23.755, Study on application layer support for Unmanned Aerial System UAS 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2023 3GPP SA/RAN 臾댁?멸린 UAV 湲곗?? ??以? 95% 湲곗????以? ??以???以? 95% 3GPP RAN TR 36.763, Study on NarrowBand Internet of Things NB-IoT /enhanced Machine Type Communication eMTC support for non-terrestrial networks, TR 38.821, Solutions for 5G NR to support non-terrestrial networks NTN , TR 38.811, Study on New Radio 5G NR to support non terrestrial networks 3GPP SA TR 22.926, Guidelines for Extraterritorial 5G Systems, TR 28.808, Study on management and orchestration aspects with integrated satellite components in a 5G network, TS 22.261, Technical Specification Group Services and System Aspects; Service requirements for the 5G system; Stage 1, TR 23.737, Study on architecture aspects for using satellite access in 5G, TR 22.822, Study on using Satellite Access in 5G 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2023 3GPP SA/RAN NTN 湲곗?? ??以? 90% 湲곗????以? ??以???以? 90% TTA TTAT.3G-38.211 R15-15.3.0 , 5G NR; Physical channels and modulation Release15 , TTAT.3G-38.212 R15-15.3.0 , 5G NR; Multiplexing and channel coding Release15 , TTAT.3G-38.213 R15-15.3.0 , 5G NR; Physical layer procedures for control Release15 , TTAT.3G-38.214 R15-15.3.0 , 5G NR; Physical layer procedures for data Release15 3GPP RAN TS 38.211, 5G NR; Physical channels and modulation Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 17 , TS 38.213, 5G NR; Physical layer procedures for control Release 17 , TS 38.214, 5G NR; Physical layer procedures for data Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 16 , TS 38.213, 5G NR; Physical layer procedures for control Release 16 , TS 38.214, 5G NR; Physical layer procedures for data Release 16 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2022 3GPP RAN, ITU-R WP5D 臾댁?????? ?ъ?? ?⑥?? 利?媛? 湲곗?? ??以? 95% 湲곗????以? ??以???以? 100% TTA TTAR-06.0219, 3GPP Release 15 湲곗??洹?寃? 遺??? 湲곗??蹂닿??? , TTAT.3G-38.211 R16-16.3.0 , 5G NR; Physical channels and modulation Release15 , TTAT.3G-38.212 R16-16.3.0 , 5G NR; Multiplexing and channel coding Release15 , TTAT.3G-38.213 R16-16.3.0 , 5G NR; Physical layer procedures for control Release15 , TTAT.3G-38.214 R16-16.3.0 , 5G NR; Physical layer procedures for data Release16 , TTAT.3G-38.300 R16-16.3.1 , 5G NR; 5G NR and NG-RAN Overall Description; Stage 2 Release16 , TTAT.3G-38.331 R16-16.3.0 , 5G NR; Radio Resource Control RRC protocol specification Release16 5G?щ?? 5G ?щ?? ?댁??由ы?ы?? 3GPP RAN TS 38.211, 5G NR; Physical channels and modulation Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 17 , TS 38.213, 5G NR; Physical layer procedures for contro Release 17 , TS 38.214, 5G NR; Physical layer procedures for data Release 17 , TS 38.300, 5G NR; Overall description; Stage-2 Release 17 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 17 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 17 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 17 , TS 38.211, 5G NR; Physical channels and modulation Release 16 , TS 38.212, 5G NR; Multiplexing and channel coding Release 16 , TS 38.213, 5G NR; Physical layer procedures for control Release 16 , TS 38.214, 5G NR; Physical layer procedures for data Release 16 , TS 38.300, 5G NR; Overall description; Stage-2 Release 16 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 16 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 16 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 16 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2022 3GPP RAN IIoT 臾댁?? 湲곗?? ??以? 95% 湲곗????以? ??以???以? 95% TTA TTAT.3G-38.211 R15-15.3.0 , 5G NR; Physical channels and modulation Release15 , TTAT.3G-38.212 R15-15.3.0 , 5G NR; Multiplexing and channel coding Release15 , TTAT.3G-38.213 R15-15.3.0 , 5G NR; Physical layer procedures for control Release15 , TTAT.3G-38.214 R15-15.3.0 , 5G NR; Physical layer procedures for data Release15 , TTAT.3G- 38.215 R15-15.3.0 , 5G NR; Physical layer measurements Release15 , TTAT.3G-38.321 R15-15.3.0 , 5G NR; Medium Access Control MAC protocol specification Release15 , TTAT.3G-38.331 R15-15.3.0 , 5G NR; Radio Resource Control RRC protocol specification Release15 3GPP RAN TR 38.875, 5G NR; Study on support of reduced capability 5G NR devices, TS 38.211, 5G NR; Physical channels and modulation Release 17 , TS 38.212, 5G NR; Multiplexing and channel coding Release 17 , TS 38.213, 5G NR; Physical layer procedures for control Release 17 , TS 38.214, 5G NR; Physical layer procedures for data Release 17 , TS 38.300, 5G NR; Overall description; Stage-2 Release 17 , TS 38.321, 5G NR; Medium Access Control MAC protocol specification Release 17 , TS 38.323, 5G NR; Packet Data Convergence Protocol PDCP specification Release 17 , TS 38.331, 5G NR; Radio Resource Control RRC ; Protocol specification Release 17 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2022 3GPP RAN, ITU-R WP5D 諛?由щ?명?고?? ???? 諛? 愿????? ?≪???? 湲곗?? ??以? 100% 湲곗????以? ??以???以? 100% TTA TTAR-01.0013, ?ㅽ?몄???? 湲곕?? 媛????? NFV ??寃쎌???? 硫??곗?≪?몄?? ??吏? 而댄?⑦?? MEC 吏??? 湲곗??, TTAK.KO-11.0242, ?ㅻ??명?⑺??由? 珥???吏??? ??鍮??? ??怨듭?? ???? ??吏? ???ㅽ?? 李몄“ ???ㅽ??泥? ETSI MEC GS MEC 014, MECUE Identity API V2.1.1, GS MEC-DEC 032-1, API Conformance Test SpecificationPart1Test Requirements and Implementation Conformance Statement ICS V2.1.1, GS MEC-DEC 032-2, API Conformance Test SpecificationPart2Test Purposes TP V2.1.1, GS MEC-DEC 032-3, API Conformance Test SpecificationPart3Abstract Test Suite ATS V2.1.1, GS MEC 003, MECFramework and Reference Architecture V2.2.1, GS MEC 011, MECEdge Platform Application Enablement V2.2.1, GS MEC 031, MECMEC 5G Ingetration V2.1.1, GS MEC 009, MECGeneral principles, patterns and common aspects of MEC Service APIs V2.2.1, GS MEC 015, MECTraffic Management API V2.1.1, GS MEC 028, MECWLAN Information API V2.1.1, GS MEC 030, MECV2X Information Service API V2.1.1, GS MEC 021, MECApplication Mobility Service API V2.1.1, GS MEC 016, MECDevice application interface V2.1.1, GS MEC 012, MECRadio Network Information API V2.1.1, GS MEC 024, MECSupporting for network slicing V2.1.1, GS MEC 010-2, MECMEC Management; Part 2Application lifecycle, rules and requirements management V2.1.1, GS MEC 027, MECStudy on MEC support for alternative virtualization technologies V2.1.1, GS MEC 013, MECLocation API V2.1.1, GS MEC 005, MECProof of Concept Framework V1.1.1, GS MEC 026, Support for regulatory requirements V2.1.1, GS MEC 009, General Principles for MEC Service APIs V2.1.1, GS MEC 016, UE application interface V2.1.1, GS MEC 001, Terminology V2.1.1, GS MEC 003, Framework & Reference Architecture V2.0.7 3GPP SA TS 23.222, Common API Framework CAPIF 2.0 REL17 related with SA2 SCEF/NEF and SA4 xMB, TS 23.434, Service Enabler Architecture Layer for Verticals SEAL ; Functional architecture and information flows REL17 , TS 23.286, Application layer support for Vehicle-to-Everything V2X services; Functional architecture and information flows REL17 , TR 23.748, Study on enhancement of support for Edge Computing in 5G Core network 5GC v0.30/ v0.20/v0.10/v0.00, TR 23.758, Study on application architecture for enabling Edge Applications REL17 , TS 23.434, Service Enabler Architecture Layer for Verticals SEAL ; Functional architecture and information flows REL16 , TS 23.286, Application layer support for Vehicle-to-Everything V2X services; Functional architecture and information flows REL16 , TS 23.287, Architecture enhancements for 5G System 5GS to support Vehicle-to-Everything V2X services ITU-T SG11 Q.FMEC-SRA, Signalling requirement and architecture for federated MEC, Q.IEC-PRO, Protocols for microservices based intelligent edge computing 蹂??? | ????寃쎌??怨듬?? | ??以??뱁?????듈?? | 2022 ITU-T SG11/SG13, OASIS, ETSI MEC/NFV MEC ???ロ?? 湲곗?? ??以? 95% 湲곗????以? ??以???以? 90% TTA TTAT.3G-23.501V17.0.0, System architecture for the 5G System 5GS ; Stage 2, TTAT.3G-23.502V17.0.0, Procedures for the 5G System 5GS ; Stage 2, TTAT.3G-23.503V17.0.0, Policy and charging control framework for the 5G System 5GS ; Stage 2, TTAT.3G-24.501V16.8.0, Non-Access-Stratum NAS protocol for 5G System 5GS ; Stage 3 3GPP SA/CT TS 24.501, Non-Access-Stratum NAS protocol for 5G System 5GS ; Stage 3 Release 17 , TS 23.501, System architecture for the 5G System Release 17 , TR 23.700-07, Study on enhanced support of Non-Public Networks NPN Release 17 , TR 23.700-20, Study on enhanced support of Industrial Internet of Things IIoT in the 5G System, TS 24.501, Non-Access-Stratum NAS protocol for 5G System 5GS ; Stage 3 Release 16 , TS 23.501, System architecture for the 5G System Release 16 , TR 23.734, Study on 5GS Enhanced support of Vertical and LAN Services IEEE 802.1 IEEE 802.1CMde-2020, Time-Sensitive Networking for Fronthaul Amendment 1Enhancements to Fronthaul Profiles to Support New Fronthaul Interface, Synchronization, and Syntonization Standards 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2025 3GPP RAN/SA/CT, IEEE 802 踰??곗뺄 ?곗???? NPN 諛? TSN ?곕?? 湲곗?? 90% 湲곗????以? ??以???以? 90% TTA TTAR-01.0013, ?ㅽ?몄???? 湲곕?? 媛????? NFV ??寃쎌???? 硫??곗?≪?몄?? ??吏? 而댄?⑦?? MEC 吏??? 湲곗??, TTAK.KO-11.0242, ?ㅻ??명?⑺??由? 珥???吏??? ??鍮??? ??怨듭?? ???? ??吏? ???ㅽ?? 李몄“ ???ㅽ??泥? ETSI MEC GS MEC 014, MECUE Identity API V2.1.1, GS MEC-DEC 032-1, API Conformance Test SpecificationPart1Test Requirements and Implementation Conformance Statement ICS V2.1.1, GS MEC-DEC 032-2, API Conformance Test SpecificationPart2Test Purposes TP V2.1.1, GS MEC-DEC 032-3, API Conformance Test SpecificationPart3Abstract Test Suite ATS V2.1.1, GS MEC 003, MECFramework and Reference Architecture V2.2.1, GS MEC 011, MECEdge Platform Application Enablement V2.2.1, GS MEC 031, MECMEC 5G Ingetration V2.1.1, GS MEC 009, MECGeneral principles, patterns and common aspects of MEC Service APIs V2.2.1, GS MEC 015, MECTraffic Management API V2.1.1, GS MEC 028, MECWLAN Information API V2.1.1, GS MEC 030, MECV2X Information Service API V2.1.1, GS MEC 021, MECApplication Mobility Service API V2.1.1, GS MEC 016, MECDevice application interface V2.1.1, GS MEC 012, MECRadio Network Information API V2.1.1, GS MEC 024, MECSupporting for network slicing V2.1.1, GS MEC 010-2, MECMEC Management; Part 2Application lifecycle, rules and requirements management V2.1.1, GS MEC 027, MECStudy on MEC support for alternative virtualization technologies V2.1.1, GS MEC 013, MECLocation API V2.1.1, GS MEC 005, MECProof of Concept Framework V1.1.1, GS MEC 026, Support for regulatory requirements V2.1.1, GS MEC 009, General Principles for MEC Service APIs V2.1.1, GS MEC 016, UE application interface V2.1.1, GS MEC 001, Terminology V2.1.1, GS MEC 003, Framework & Reference Architecture V2.0.7 3GPP SA TS 23.222, Common API Framework CAPIF 2.0 REL17 related with SA2 SCEF/NEF and SA4 xMB, TS 23.434, Service Enabler Architecture Layer for Verticals SEAL ; Functional architecture and information flows REL17 , TS 23.286, Application layer support for Vehicleto-Everything V2X services; Functional architecture and information flows REL17 , TR 23.748, Study on enhancement of support for Edge Computing in 5G Core network 5GC v0.30/v0.20/ v0.10/v0.00, TR 23.758, Study on application architecture for enabling Edge Applications REL17 , TS 23.434, Service Enabler Architecture Layer for Verticals SEAL ; Functional architecture and information flows REL16 , TS 23.286, Application layer support for Vehicle-to-Everything V2X services; Functional architecture and information flows REL16 , TS 23.287, Architecture enhancements for 5G System 5GS to support Vehicle-to-Everything V2X services ITU-T SG11 Q.FMEC-SRA, Signalling requirement and architecture for federated MEC, Q.IEC-PRO, Protocols for microservices based intelligent edge computing 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2021 3GPP RAN/SA, ETSI MEC/NFV 5G ?ｌ? 而댄?⑦?? 吏??? 湲곗?? ??以? 90% 湲곗????以? ??以???以? 95% TTA 2021-P0651, 5G ?ㅽ?몄???? ?곗?댄?? 遺??? 湲곕?? 湲곗??蹂닿??? , TTAR-01.0015/R1, ?ㅽ?몄???? 吏??κ린?? 湲곗??蹂닿??? 3GPP SA TS 23.288, Architecture enhancements for 5G System 5GS to support network data analytics services, TS 23.700-91, Enablers for Network Automation for 5G ??phase 2, TR 23.791, Study of enablers for Network Automation for 5G 蹂??? | 吏???/???곌났?? | ??以??뱁?????듈?? | 2025 3GPP SA/CT ?ㅽ?몄???? ?곗?댄?? 遺??? 諛? ?????? 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TC1 SC27 IS /IEC 29 92- , Lightw ight cryp ography art 8Authenticat d encrypti n ISO/IEC 23 64-2, Redaction o aut en ic data art 2Redac able sig ature heme b sed n asym etric me han sms, IS IEC 20008-3 A onymous igital ig atures P rt Mechanism using m ltip publi keys, I O/I C 18031 Random bit gene ation, SO/IEC 1488 -4, Di ital sig atu es with a pendix art 4Sta ful hash-based mec anisms, SO/I C 1177 -8, Key ana ement P rt 8assword bas d key de ivation, IS /IE 4922-2, cure mul ipar y comp tation Pa t 2ech nisms b sed n secret sh ring ISO/I C 18033- , E cry tion a go ithms Par Tweak ble bock ciphers, IS /I C 15 46-5, Cr ptog aphic echniques b sed on e lip ic curve Par 5Elli tic curve gene tion, IS /IEC 11770- , Key ma ag ment P rt 3 M chani ms usin asym etri techn ques, IS /I C 18033- , En yption algo ithm Par 3Block c pher -Amendment 1M4, ISO/IE 117 0-7, Ke manage nt art 7C oss-dom i passw d-ba ed au hent ca d ke e c ang , IS IEC 9797 2, M ssa aut enti ation c des MACs Part 2M ch nisms ing a de ica ed hashdfu ction, SO/IEC 1803 -5, Encrypti al o ithms P rt 5I e tity-b ed c pher A en ment 1SM me hani m, I O/I 117 0-4, Key man geme t Part 4ec anism based on ak secr s A endmen Leak g -resil nt p sswo -authen icated key ag eme t wi h ad iti al tored sec ets, ISO IEC 0116, odes of ope ation for n- it block ciph rs Am ndment 1C R-ACPKM ode f ope tio , ISO/IE 19772, u hentic ed ncryp ion, ISO/ EC 1 70- , Key man geme t ar 5roup key ana men IETF SEC I-D Two- ound hre hold Sig at res wi h ROS , I-D Usage Li its o AEAD Algo ith s, I-D, CPa e, a balan ed om o abl P KE I-D, The OPAQUE Asymm tric PAKE ro ocol -D, O liv ous Pseudorando Fun ions PR s us ng Prime- rder Groups, I-D H brid ub i Ke E crypt n, I D, angaroo Twelve, I D,Verifiabl Random Fu c ions VRF , I-D, Hashing t Ell pti Curv , I-D, Pai in MFriendly Curves, I-D, SPAK 2, a PAKE, FC 9106, A g n2 Memor -Ha d Fun ti n for Pa w rd H shi g and roof of-Wo k ppli ations, RFC 8937 Ran omness Impr vements fo ecurity otocols, RFC 86 5 Ret ey ng Mechan sms for ymmetric Keys RFC 85 4, Leigh on-M cali hash-b ed signatu e , RFC 84 2, AESrGCM-SIVN nce is se-Resistant uthenti ated Enc ypti n ???? | ???? 怨듬?? | ??以??뱁???? ?? | 2027 JTC1 SC27, IET ???? ?? 由ъ? ??以? 90% ????以? ??以???以? 5% TTA T AK.KO-12.03 6, ?????ㅻ? 蹂댁?? ??援ъ?ы?? IT -T S 17 X.sec_QK N_CM, Secu i y requirem nts and measu es for q antum ke distri tion networ s c nt ol and ma age ent, X.sec QKDN_AA, A hen i ation n author z tion i QKDN usin quant m sa e ry ogr phy, X.se -QK -tn, Secu ity req irements fo quantum ke distributi n netw rks -trust d node, X. ec-QKDN_int , Sec r ty r qui ements fo i te ration of Q N and ec re net ork in rastru ture, TR. ybsec- d, Te hnical ReportOv rview hy r d secu i y appro c es app cabl to D, X 171 , Secu ity r qu eme ts f r qu ntu key istr bution etworks key manag ent, X.1714, K y co bination d c n identia ey suppl for q ntum key stri ut on ne wo s, .171 , Se uri fr mework for quan um key dis ribut on ne wo ks, XS R-SEC-QKD, Secur y f amewo k or ua tum ke di tribution in te ec m et ork X. 02 Q an um no s r nd m umb r generator arch tec ur T 1 C27 O/IEC 23837-1, Secu ity re uir men s, te t a d evaluati n m thod fo q ntum key distrib tion P rt 1 Requirem n , ISO/IEC 23 37-2, Security requir m nts, te and eva uation ethods f r q antum key d stribution Part 2Evalua ion an esti g thods ETSI KD S QKD 012, Quantum Key istribu ion QKD Dev ce and Co m nication Cha el Parameters for QK eplo me t ???? | ????寃쎌??怨듬?? | ?? ?????듈?? | 2029 ITU-TSG17, TC1 SC27, ET I ???? ???멸린?? ??以? 90% 湲곗????以? 以???以? 95% TT 2021- 75, ?? 遺??? ID ?? ?ㅻ?? ???? ?? 湲??? ??蹂? , 20 1-067 , ?ㅼ? ?? I ??鍮??? ?? ?щ━?? 愿?由?, 2021 067 遺??? D 湲곕? ??鍮??ㅼ???? ?щ━ ?? ?? ?? ?? 湲? ?? ?ы??, 20 1- 6 1, ????愿?由? ?⑹?? ????, 2021-0 28, ?곗???? ?? 諛? 媛? ?? ?↔? ?댁?? ?? ???? ??鍮??? 紐⑤??, 020-0492, 以? ?? ?? ?? 愿?由? 鍮??? ???? ?? ?? ?? ??援ъ?ы??, 2020 0093, 遺??고?? 蹂??? 1.0 2 20- 09 , 遺? ?? 蹂??? ?? ?? 諛? ??援? ?ы??, 2020-0028, 遺??? ?κ린?? 湲곕? 媛??? ???? ?↔? ?? ?? ???? ???? ??鍮??? 紐⑤?? I U- SG17 X.1 1r v, A f ame ork fo us r con rol of dig tal den ity X.1252re Baseline dent ty ana ement terms and defini ions X. as- gt, curity th eats and r quir men s f r data acc ss and sha ing m na eme s st m ba d on dist ibuted edger t chnology, X.str-dlt, S c rity threats and requireme ts f i ital pa ent serv ces bas d on di tributed l dger technol g , X. 403, Se uri y guideli es or u ing DLT f decentraliz d i entity ma agement ISO TC 07 ISO/DTR 3242, Blockc a n an distri ute ledger t hno og e -Us cases, ISO/WD TR 039, Blockch in nd distribu ed ledg r techn logies -Id tifiers of s b ects and obj cts for the d sig o lock hain sy tems, I O/DTR 232 , B ockchai and istri uted l dge te hnol gies Ove view of exis ing DLT sys ems for denti y man geme t, ISO WD R 23 44, Blockc ain and distr buted ledg te h ologie Overvi w of tru anc ors r D T- a ed id nt ty an ge nt ADIM , IS /TR 324 2020, Blo kcha n a d ist ibu ed ledg r technolo ies riva a d per onally iden ifiable in orm tion ro ectio c n ider io s TC1 SC27 ISO/IEC 2476 2 19, A th n ica ion context for bio etr s, I O/ EC 27 182019, Code of pra ti e fo p otect n of erso ally ident fia le i f rmation PII in ublic clou s act ng as PII p oce sors W3C Candid te Reco men ation, Decentrali ed dentifiers DIDs v1 0 Core arc itec ure, data ode , an repres ntations, Note, s Cases nd Requ rements for Decentralize dentifi r Ed t r??s Dra t DID Me h d Rubr v1.0 Not DID pe ifica io Reg st he nter per il y r gistry for De entra ize Ide tifiers, Rec menda ion, Verifia le Credential Data Model 1. 蹂??? | ????寃쎌??怨듬?? | ?뱁???? ?? | 20 4 ITU-T S 17, IS TC307 JTC1 SC2 , W3C ID 愿?由ш린 ??以? 0% 湲? ??以? 以???以? 90% TTA TAK. -X.114 ?듭????鍮??? 怨듭??瑜? ???? ??蹂? ?? ?몄?? ?????????? TTA .KO 12 03 3, 鍮? 蹂? 泥?由? ???? ???? ?몄?⑥?? ???? ?? ITU SG17 TU X. dda, equ rements for data e.id nt fi ati n ssura ce, ITU-T X fdip, Fra ewor of de ide ti icati n Processi g se vi e or el comm icat on ervice roviders JTC1 SC 7 ISO/IEC 20889, Privacy e h ncin d ta deci ent fica on termino ogy and c assific tion of echnique NIST Dr ft NIST SP 800-1 8 De- de tifying G ern ent Datasets, NIST IR 8053, D -identif cation o Personal y Identifiable n orma io 蹂??? ????寃쎌??怨듬?? | ??以??뱁?? ?듈?? | 2 22 ITU TSG17, J C1 SC27 ?댄?? 鍮???蹂??? 蹂댁? ??援ъ?ы?? ?? ??以? 00 湲곗????以? ??以??? 95% TA 021-06 2, 留??몄???? 媛??? 蹂대낫?? 吏?移?, 2 21-0 25, ?듭?? ??鍮??? 怨듭??瑜? ???? 鍮??? ??濡? ?????? ??, 2 21-0 23, 媛??쇰? 諛⑹?? ???? 媛??몄??蹂대낫?? 吏?移?, 2020 009 , 媛? ???? ??鍮??ㅼ?? ?뱁???? ?? 蹂댄?? 諛? 媛? ??蹂대낫?? ??援ъ?ы??, 019-1111, ?? ?? 鍮???蹂? 蹂댁??? ?? ??援ъ?ы??, TTAK.KO 12.035 -Par 1, 遺???ID瑜? ?⑺?? ????愿?由? ?????? ?? ??1遺??? ?????? ?? 諛? 紐⑤??, TTAK. O- 2.0 59-Part2, 遺???ID ?? ?? ?? 愿?由? ?????????? ?? 遺?????利?紐? 諛? ?? ?곕?? 諛⑸?, TTAK KO-12.0359-Pa 3, ?? D瑜? ???⑺?? ?? 由? ?????????? ?? 遺???蹂대낫 ??援ъ?ы?? ITU- SG 7 X.125 rev, A fr ewor for s r c nt ol f d gita ide tit X.125 ev, as ine id ti manag ent er and d initi ns, .tec-idms Manage ent and pr tec ionbtechn ques for user data pr tection in distr uted iden it systems X.da -mgt, Secur y threats d re ui emen s for da a ac ess and sharing nagement yst m based on is ributed l dger te nology, str d t, Sec r ty thre t and r uirem nts o dig tal p ymen servic s as d n is ibut d le gerech