ScholarWorks@Korea University: HUR, JUN BEOM

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HUR, JUN BEOM (허준범)

Graduate School (Department of Computer Science and Engineering)

Research Area

Tel 02-3290-4603
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ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

cloud computing:8||privacy:7||Cloud computing:7||Servers:6||Encryption:6||security:5||Privacy:5||Data privacy:4||Security:3||Data deduplication:2||searchable encryption:2||smart grid:2||Authentication:2||Access control:2||blockchain:2||Range query:2||Blockchains:2||data outsourcing:2||information leakage:2||Public key:2||forward privacy:2||Cloud storage:2||Authorization:2||Cryptography:2||Deduplication:2||Bitcoin:2||Indexes:2||Searchable encryption:2||Databases:2||IoT:2||hypertext transfer protocol:1||Passwordbased encryption:1||Honey encryption:1||Data ownership management:1||Multimedia content security:1||arrhythmia detection:1||traffic obfuscation:1||Robustness Testing:1||hash tree:1||신뢰 실행 환경:1||Public Key Encryption with Keyword Search:1||블록체인:1||Clustering algorithms:1||Roads:1||Approximation algorithms:1||Packet Inspection:1||delegation:1||Certificate transparency:1||forward security:1||backward security:1||Banking trojan:1||Power measurement:1||Information leakage:1||Redundancy:1||serveraided encryption:1||SGX:1||desktop virtualization:1||Mobile Application:1||authentication:1||Mobile multihop networks:1||deterministic information dispersal:1||유사 중복 검출:1||fog computing:1||revocation:1||Twofactor authentication:1||Usability:1||고정 길이 암호:1||DNP3:1||Certification:1||data aggregation:1||multifactor authentication:1||Quantum operation teleportation:1||data integrity:1||key sharing protocol:1||TLS:1||Encrypted data search:1||Data models:1||Dynamic searchable symmetric encryption:1||Monitoring:1||user's browsing privacy:1||Cyberattacks:1||Sidechannel attacks:1||Intel RAPL:1||PEKS:1||trusted execution environment:1||Typographical error resilience:1||Attributebased encryption (ABE):1||InformationCentric Network (ICN):1||software vulnerability:1||Merkle (hash) tree:1||data loss:1||Efficiency:1||CPABE:1||Proof of data possession:1||cloud storage system:1||fuzzy hashing:1||검색 가능 암호:1||cloud storage:1||Block aggregation:1||Merkle tree:1||다중 인증:1||Bitcoin clustering:1||인텔 SGX:1||Intel SGX:1||clustering:1||profiled attack:1||GramSchmidt orthogonalization:1||access control:1||Secure data deduplication:1||DNS encryption:1||data sharing:1||dynamic searchable encryption:1||Power demand:1||Biological neural networks:1||neural network model extraction:1||Length measurement:1||volumehiding:1||Cookie theft attack:1||MongoDB:1||NoSQL:1||YCSB:1||online authentication:1||biomedical computing:1||Messagedependent encryption:1||proof of ownership:1||reputation:1||stateless receiver:1||Ciphertext policy:1||Deanonymization:1||Trusted Execution Environment:1||bitcoin:1||Public auditing:1||data dynamics:1||deanonymization:1||SNI:1||Computational modeling:1||Codes:1||Financial technology:1||sidechannel attack:1||Pattern matching:1||messagelocked encryption:1||GnuPG:1||SSL/TLS:1||Similarity search:1||cyberphysical systems:1||mobile healthcare:1||Strategy layer:1||Fault tolerant key management:1||static analysis:1||aggregation:1||ransomware:1||body sensor networks:1||User revocation:1||클라우드 컴퓨팅:1||Privacy preserving auditing:1||Homomorphic hash:1||majority voting:1||constant size ciphertexts:1||anonymity:1||클러스터링:1||side channel attack:1||support vector machine:1||variational mode decomposition:1||Circumvention:1||Federated learning:1||Encapsulation:1||Registers:1||Data structures:1||splitworld attack:1||Blockchain:1||integrity:1||Proof of retrievability:1||Proof of ownership:1||Multimedia big data:1||encryption:1||proofofownership:1||Fully dynamic auditing:1||Educational multimedia:1||속성기반암호:1||편의성:1||attributebased encryption:1||Address clustering:1||Training:1||backward privacy:1||crossdatabase query:1||Computer architecture:1||Protocols:1||ORAM:1||size pattern leakage:1||encrypted email:1||mail user agent:1||Password typographical error:1||Bruteforce resilience:1||Forwarding approach:1||Invalid data:1||Fog computing security:1||CryptoCurrency:1||efficiency:1||프라이버시:1||Educational contents:1||collusion detection:1||reliable key distribution:1||암호 정책:1||attribute based encryption:1||outsourceable decryption:1||Load Stress Testing:1||데이터 아웃소싱:1||usability:1||Fivequbit entanglement:1||Mutual authentication:1||Darkweb:1||키워드 탐색 공개키 암호 기법:1||익명성:1||Metadata:1||Future tactical network:1||distributed machine learning:1||Traitor tracing:1||Forgery:1||information leakages:1||Scalability:1||crosstenant data deduplication:1||cache sidechannel attack:1||Named Data Networking (NDN):1||Reliable:1||Dynamic ownership:1||Secure deduplication:1||BigData:1||Personal Information Leakage:1||reliability:1||Fog computing:1||D2D communication:1||electrocardiography:1||communication system security:1||privacy of patients:1||nearduplicate detection:1||security requirement:1||broadcast encryption:1||복호 연산 아웃소싱:1||SCADA:1||EDSACRT:1||smart metering:1||해시 트리:1||비트코인:1||Points of interest:1||Heuristic algorithms:1||edge computing:1||digital watermarking:1||orderrevealing encryption:1||encrypted database:1||Business sustainability:1||Data mining:1||Measurement:1||Threat modeling:1||

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