ScholarWorks@Korea University: Hong, Seok hie

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Hong, Seok hie (홍석희)

Department of Information Security

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Tel 02-3290-4894
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Cryptanalysis:11||Block Cipher:8||AES:7||Side channel analysis:7||Sidechannel attacks:6||sidechannel attacks:6||Cryptography:6||Side Channel Attack:5||Block cipher:4||Sidechannel attack:4||postquantum cryptography:4||Countermeasure:4||Power Analysis:4||Sbox:3||Shifted polynomial basis:3||DPA:3||Masking method:3||Truncated Differential Cryptanalysis:3||DES:3||Deep learning:3||cryptography:3||Side channel attacks:3||Finite field arithmetic:3||Differtial fault analysis:3||HMAC:3||Security:3||Fault injection attack:3||BitParallel Multiplier:3||Simple power analysis:3||collision attack:3||Stream cipher:2||SCO1:2||DyCML:2||block cipher ARIA:2||Hash function:2||Cube root:2||masking Countermeasure:2||ARIA:2||DataDependent Operation:2||Licenses:2||nonprofiling attack:2||single trace analysis:2||power analysis:2||GNFS:2||Elliptic curve:2||Elliptic Curve Cryptosystem:2||Fault Attacks:2||semicustom design:2||Composite field:2||wireless sensor network:2||Relatedkey attack:2||Polynomial Multiplication:2||knownkey distinguisher:2||Sidechannel:2||countermeasures:2||public key:2||sidechannel attack:2||masking method:2||Elliptic curve cryptosystem:2||RSA:2||block cipher:2||Efficient Countermeasure:2||PP1/64128:2||Masking Method:2||isogeny:2||sidechannel analysis:2||ARX block ciphers:2||Elliptic curve cryptography:2||side channel attack:2||Algorithms:2||message blinding method:2||Differential fault analysis:2||polynomial basis:2||Feistel:2||Montgomery ladder:2||CLEFIA:2||Arithmetic to Boolean masking:2||AES Sbox:2||HighOrder Power Analysis:2||Block ciphers:2||Training:2||Noise measurement:2||Montgomery curves:2||digital signatures:2||elliptic curves:2||Differential Cryptanalysis:2||Mastrovito Multiplication.:2||Finite field:2||Design:2||HIGHT:2||SEED:2||Differential power analysis:2||EtaT Pairing:2||SideChannel Attack:2||Commutative Supersingular Isogeny DiffieHellman (CSIDH):1||entropy source:1||noise source:1||ARM:1||Polynomial basis:1||Power analysis attack:1||SPA:1||Collision Attack:1||PRESENT:1||differential fault analysis:1||Sidechannel atomicity:1||Preimage attack:1||Impossible collision:1||irreducible trinomial:1||rebound attack:1||hash mode:1||Differential fault attack:1||DSA:1||block cipher PRESENT:1||Checking procedure:1||hamming weight measurement:1||Relatedkey differential attack:1||elliptic curve cryptosystem:1||Differential Path:1||Fast Correlation Attack:1||differential cryptanalysis:1||Cellular Automata(셀룰러 오토마타):1||Quantum key distribution:1||Noise reduction:1||Autoencoder:1||A5GMR1:1||Information security:1||Computational efficiency:1||Isogeny:1||race condition:1||latticebased cryptography:1||CDT sampling:1||scalar multiplication:1||constanttime implementation:1||MSP430 processor:1||secondorder differential power analysis:1||mCrypton:1||Parallel cryptographic computation:1||CUDA:1||Composite formulas:1||Montgomery ladder algorithm:1||Modes of Operation:1||Bellcore attack:1||preimage attack:1||Misty scheme:1||relatedkey rectangle attack:1||Eta(T) pairing computation:1||differential power analysis (DPA):1||graphic processing unit (GPU):1||Rijndael:1||Skipjack:1||truncated differential:1||authentication:1||Grainv1:1||CRTRSA. Fault attack:1||preprocessing:1||Ciphers:1||ECC:1||CSURF:1||McEliece:1||lightweight implementation:1||Privacy:1||Singular Value Decomposition:1||Polynomial Selection:1||clockcontrolled generator:1||information theoretic analysis:1||Elliptic Curve Cryptosystem (ECC):1||fault attacks:1||side channel attacks:1||SideChannel Attacks:1||Differential Fault Analysis:1||Data dependent operation:1||MD4:1||Near Collision:1||Mastrovito Multiplier:1||key exchange:1||Stream Cipher:1||Impossible Differential Cryptanalysis:1||RelatedKey Attack:1||random oracle:1||MISTY 2:1||SMS4:1||Block Cipher(블록 암호):1||Correlation:1||Siamese network:1||elliptic curve cryptography:1||NIST curves:1||twotorsion points:1||profiling attack:1||SIDH:1||equivalence class:1||twisted Edwards curves:1||Multiplication:1||Masking:1||TPDyCML:1||94A60:1||11T71:1||smartcards:1||classical RSA:1||Fermat&apos:1||Bitparallel multiplier:1||finite field:1||generalized Feistel schemes:1||hashing mode:1||Experimental analysis:1||relatedkey boomerang attack:1||A5/3:1||efficient countermeasure:1||compute unified device architecture (CUDA):1||secondorder DPA:1||BLock cipher:1||irreducible polynomial:1||DataDependent Permutation:1||Koblitz curve:1||Differential Attack(차분 공격):1||Performance evaluation:1||Internet of Things:1||differential and linear branch numbers:1||joint distribution:1||NIST:1||Authenticity:1||AVR:1||MSP430:1||Pairingbased cryptography:1||Wireless sensor networks:1||shuffling method:1||Dualrail with Precharge Logic:1||Root optimization:1||algebraic attack:1||switching generator:1||period and linear complexity:1||cryptanalysis:1||KT64:1||MD64:1||security:1||sidechannel attak:1||BRIP:1||Des:1||Differential attack:1||Datadependent operation:1||MISTY:1||TinyOS:1||block ciphers:1||Lowdensity paritycheck code:1||Single trace attack:1||8bit AVR microcontroller:1||deep learning:1||machine learning:1||Protocols:1||Authenticated encryption:1||Rekeying:1||Leakageresilience:1||Efficient implementation:1||SM4 block cipher:1||Side Channel Analysis:1||polynomial selection:1||Principal Component Analysis:1||Singular Spectrum Analysis:1||Graphic Processing Units (GPUs):1||Cube roots:1||14G50:1||Fault Attack:1||RelatedKey Amplified Boomerang Attack:1||Blockcipher:1||s Theorem:1||Mastrovito multiplication:1||KASUMI:1||Fault attack:1||Scalar multiplication:1||countermeasure:1||Matrix method:1||Keyscheduling:1||SCOfamily:1||SCO2:1||KeyRecovery:1||Irreducible Trinomial:1||Meetinthemiddle attacks:1||CHESS64:1||hash function:1||ideal cipher model:1||relatedkey amplified boomerang attack:1||RelatedKey Differential Attack:1||checking procedure:1||stream cipher:1||Lightweight Sboxes:1||Training data:1||similarity score:1||software implementation:1||codebased cryptosystem:1||Elliptic curves:1||montgomery curves:1||BOGI:1||Gaussian sampling:1||Irreducible polynomial:1||Scalar recoding:1||Linear Discriminant Analysis:1||Preprocessing:1||Side Channel Analysis Analysis:1||ARX structure:1||LED:1||mutual information analysis:1||Performance:1||AES128:1||DoubleBlockLength hash mode:1||Fault Injection Attack:1||Elliptic Curve Scalar Multiplication:1||Countermeasures:1||differential power analysis:1||Chinese Remainder Theorem (CRT):1||Factorization attack:1||NMAC:1||Shifted Polynomial Basis:1||bitparallel multiplier:1||Security analysis:1||weakkey classes:1||oneshot learning:1||CSIDH:1||HyMES:1||Quantum computing:1||Edwards curves:1||Triplebase chain:1||Reordering:1||5P operation:1||Balanced Encoding:1||Constant operations:1||CADONFS:1||Differential trails:1||Automatic search algorithm:1||SPECK:1||Biclique:1||random byte fault:1||Reliability:1||FiatShamir identification scheme:1||Feistel scheme:1||Euclidean Addition Chain:1||Impossible differential cryptanalysis:1||RSA cryptosystems:1||SCO3:1||efficient implementation:1||KeeLoq:1||weakkey attack:1||password:1||Side channel attack:1||Relatedkey rectangle Attack:1||Boomerang attack:1||provable security:1||linear cryptanalysis:1||MISTY 1:1||nonprofiled:1||ciphertextonly attack:1||Resistance:1||higherorder masking:1||Prediction algorithms:1||

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