ScholarWorks@Hanyang University ERICA Campus: Kwon, Young hun

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Kwon, Young hun (권영헌)

COLLEGE OF ADVANCED TECHNOLOGY AND CONVERGENCE (ERICA 지능정보양자공학전공)

Research Area: 이론물리학(양자정보, 수리물리, 인공지능)

Tel 031-400-5487
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DIFFERENTIATE:3||quantum error correction:2||DNA:2||STRATEGIES:2||Quantum state discrimination:2||QUANTUM STATES:2||UNAMBIGUOUS DISCRIMINATION:2||CREATION:1||CRYPTOGRAPHY:1||Coherence:1||Coherence depletion:1||Coherence distribution:1||Convolutional neural network:1||Convolutional neural networks:1||Crossresonance:1||DESITTER SPACE:1||Data augmentation:1||Data models:1||Deep learning:1||ENTANGLEMENT:1||Efficient channel attention:1||Entanglement:1||Feature extraction:1||Flag qubit:1||Functional magnetic resonance imaging:1||HMM:1||HORIZON:1||Heavyhexagon structure:1||INFORMATION:1||Impulse:1||Inconclusive degree:1||Inconclusive state discrimination:1||Investment:1||Korean connected digits:1||LogMel spectrogram:1||Magic state injection:1||Maximum confidence:1||Measurement:1||Minimum error discrimination:1||Minimumerror discrimination:1||Mixed qubit states:1||NONORTHOGONAL QUANTUM STATES:1||NONORTHOGONAL STATES:1||Null measurement operator: POVM:1||Optimal measurement:1||Quantum communication:1||Quantum computer:1||Quantum correlation:1||Quantum discord:1||Quantum entanglement:1||Quantum error correction:1||Quantum error correctionMagic state injectionHeavyhexagon structureFlag qubit:1||Quantum information:1||Quantum machine learning:1||Quantum mechanics:1||Quantum operations:1||Quantum supremacy:1||Quantumstate tomography:1||ROI:1||SPIN1/2 PARTICLES:1||STATES:1||Single resonator coupler:1||Speaker Recognition:1||Speech emotion recognition:1||Superconducting qubits:1||Training:1||Transmon:1||Unambiguous discrimination:1||Unruh mode:1||Variable coefficient of restitution (COR):1||assisted optimal state discrimination:1||base pairing:1||coherence distribution:1||complementarity:1||contextuality:1||deep learning:1||entanglement distillation:1||faulttolerant quantum computing:1||flag qubit:1||generalized measurement:1||geometry:1||guessing probability:1||heavyhexagon structure:1||lattice:1||magic state injection:1||minimum error discrimination:1||modified spectral subtraction:1||noise estimation:1||noisy quantum channel:1||nonclassical correlation:1||ontological model:1||optical hybrid state:1||overweighting gain per subband with nonlinear structure:1||postmeasurement information:1||quantum computing:1||quantum information:1||quantum minimax:1||quantum state discrimination:1||quantum teleportation:1||rsfMRI:1||sequential state discrimination:1||speech enhancement:1||unambiguous discrimination:1||uniqueness of strategy:1||wavelet packet transform:1||삼중음소:1||1F NOISE:1||한글 문장 인식:1||AAL116:1||ADHD:1||Aerodynamics:1||Arbitrary prior probabilities:1||Brain modeling:1||CLONING:1||

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55 Hanyangdeahak-ro, Sangnok-gu, Ansan, Gyeonggi-do, 15588, Korea+82-31-400-4269

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