ScholarWorks@Gachon: Moon, Kyoung Sook

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Moon, Kyoung Sook (문경숙)

Business Administration (Division of Finance and Big Data)

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Tel 031-750-8883
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polynomial chaos:3||forecasting:3||Aerosol deposition:3||machine learning:3||deep learning:3||SolGel Process:2||American options:2||unsupervised clustering:2||Asian option:2||Thermoelectric:2||diminishing manufacturing sources and material shortages:2||Option pricing:2||Silicon Carbide:2||option pricing:2||Schottky Diodes:2||Accelerated degradation test:2||BlackScholes equation:1||C6:1||C61:1||C63:1||Change of numeraire:1||Coprecipitation:1||CoSb3:1||Composite film:1||Crank–Nicolson scheme:1||DDoS:1||Direct current magnetron sputter:1||Electrical Properties:1||Empirical validation:1||Equity linked securities:1||Equitylinked securities:1||Failure analysis:1||Film resistor:1||Financial forecasting:1||Flexural strength:1||Fourier transform:1||HSCEI:1||Heston model:1||Heterojunction:1||Heterostructure:1||Hybrid Method:1||Hydrophobicity:1||Inorganic Binder:1||Junction Barrier Schottky Diodes:1||Lattice method:1||Linear Complementarity Problem:1||Local average:1||Local averaging:1||LowTemperature Process:1||Machine learning:1||Markov regime switching:1||Meshless method:1||Metalinsulatortransition:1||Modified OneStep Deposition Method:1||MoxW1xSi2 heaters:1||Multiasset option pricing:1||NBTI:1||Nickel Oxide:1||Nitrogen partial pressure:1||Oxide Charge:1||PTFE:1||Path dependent option pricing:1||Penalty Method:1||Perovskite:1||Perovskite Solar Cell:1||Physicsinformed neural network:1||Post Annealing:1||Post annealing:1||Power devices:1||Power option:1||Reliability:1||Risk analysis:1||Risk management:1||Robust deep hedging:1||Selfpropagating hightemperature synthesis:1||Silicon carbide:1||Sintering process:1||Solar Cell:1||Solar Cell Fabrication:1||Spark plasma sintering:1||Stability:1||Static induction thyristor:1||Stochastic volatility:1||Tantalum nitride:1||Temperature coefficient of resistance:1||Thermodynamic modeling:1||Thin film resistor:1||Threshold Voltage:1||Thyristor:1||TiO2/Cu composite film:1||Titanium Dioxide:1||Transmittance:1||Trapping:1||TwoStep Deposition Method:1||UV/Ozone:1||adaptive mesh refinement:1||binomial tree method:1||cell averaging:1||classification:1||component obsolescence:1||components obsolescence:1||critical temperature sensor:1||data construction:1||differential temperature sensor:1||empirical study:1||ensemble method:1||financial time series:1||forced Kortewegde Vries equation:1||forecasting stock index:1||imbalanced dataset:1||jumpdiffusion:1||long short term memory algorithm:1||majority voting:1||maximum likelihood estimation:1||multigrid method:1||numerical prediction method:1||option pricing.:1||partial integrodifferential equation:1||portfolio optimisation:1||prediction offinancial market:1||rebalancing scenario:1||sampling methods:1||smoothing offinancial time series:1||smoothing.:1||solitary waves:1||spectral method:1||stochastic differential equation:1||stock market forecasting:1||stock price prediction:1||theorem:1||titaniumoxide:1||4HSiC:1||volatility prediction:1||4HSiC MOSFET:1||Adaptive data construction:1||Adaptive methods:1||Adhesive strength:1||Al2O3:1||Aluminium Carbide:1||American Option Pricing:1||Asian options:1||Bayes&apos:1||Bi2Te3:1||Binomial method:1||Binomial methods:1||Bipolar conductivity:1||Black–Scholes equations:1||Black Scholes equation:1||

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