ScholarWorks@Korea University: LEE, JAE WON

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LEE, JAE WON (이재원)

College of Political Science & Economics (Department of Statistics)

Research Area: 통계학, 생물통계학, Statistics, Biostatistics

Tel 02-3290-2237
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classification:3||SNP:3||Forensic entomology:3||Lung cancer:2||Ambient Temperature:2||Prognosis:2||Method validation:2||Y chromosome:2||Individual identification:2||STR(short tandem repeat):2||hepatocellular carcinoma:2||transcription factor:2||생존분석:2||이질성:2||Hepatocellular carcinoma:2||survival analysis:2||LCMS:2||Helicobacter pylori:2||Sample size:2||오분류율:2||Metabolite profiling:2||logrank test:2||bootstrap:2||gene selection:2||incorrectly grouped points:2||Korean environment:1||Cytokineinduced killer cell:1||ethnic group:1||Ecological environment:1||Statistical methods:1||immunotherapy:1||Forensic Climatology:1||pedigree data:1||NK Cell:1||LC/QTOFMS:1||사상체질:1||QSCC:1||인공신경망:1||Lineage marker:1||계층적 군집:1||mass spectrometry:1||Confidence bounds:1||축소추정:1||Covariance matrix estimation:1||Lespedeza:1||Korean:1||Interval censored data:1||age discrimination:1||gene expression:1||mitogen activated protein kinase (MAPK) signaling pathway:1||Random effects:1||Mixture:1||임상시험:1||minimization:1||Doubly censored data:1||IGFBP3:1||single nucleotide polymorphism (SNP):1||transcriptional activity:1||normalization:1||window width:1||gene expression data:1||supplementary data:1||correspondence analysis:1||multiple regressions:1||curve fitting:1||gastroduodenal phenotypes:1||support vector machine quantile regression:1||searching engine:1||selectivity:1||sensibility:1||INFORMATION TIME:1||Criminal case:1||DNA profiling:1||Postmortem interval (PMI):1||Forensic climatology:1||Ambient temperature:1||seamless design:1||Recurrencefree survival:1||Korean population:1||Physical environment:1||CramervonMises test:1||AndersonDarling test:1||Gastric cancer:1||UQCRH overexpression:1||Laparoscopic surgery:1||Transcription factor:1||Adipose tissue:1||microarray data.:1||교차 생존 분포:1||로그순위 검정:1||Gastrodia elata:1||Chemical marker:1||Metabolite selection:1||Artificial neural network:1||통계분류방법:1||순열검정법:1||신뢰구간추정:1||수정 콜레스키 분해 추정.:1||shrinkage:1||Serum biomarker:1||Strong dependence:1||Dirichlet process:1||Microarray:1||Ostericum koreanum:1||peak areas:1||백신효과:1||Vaccine efficacy:1||conditional mean imputation:1||Bonferroni:1||chemotherapy:1||lung cancer:1||staging system:1||cDNA Microarray:1||multidimensional scaling:1||biological parameters:1||cDNA microarray:1||Paternity testing:1||adaptive design:1||Overall survival:1||single nucleotide polymorphisms (SNP):1||allele:1||Growth Rate:1||multiple imputation:1||single imputation:1||병리적 환경:1||KolmogorovSmirnov test:1||goodnessoffit test:1||Oncologic outcome:1||ADD:1||transmission disequilibrium test:1||Transcriptome:1||Clinical Trial:1||Principal component analysis:1||Small tumor:1||동일성 검정:1||Crossing survival functions:1||Colorectal cancers:1||UPLCQTOF MS:1||supervised clustering:1||순열대치검정법:1||단계적 순서관계.:1||thresholding:1||heavily censored survival data:1||partially collapsed Gibbs sampler:1||paternal lineage:1||Korean native pig:1||Joint model:1||Clustering analysis:1||ESI:1||봉우리 면적:1||확률화 방법:1||반복사건:1||던넷(Dunnett).:1||oneway ANOVA:1||Dunnett.:1||whole blood:1||gene function:1||MALDITOF MS:1||Isotonic regression:1||PMI(Postmortem Interval):1||EppsSingleton test:1||Mitochondria:1||Robotic surgery:1||Korean Environment:1||transcription factor binding site:1||Mice:1||한국인:1||우도비:1||IL2:1||분류:1||microarray data:1||생존분포:1||transcription factorbinding site:1||gene classification:1||Mitochondrial DNA:1||상대적 계층적 군집:1||separation:1||twopart model:1||적응적 설계법:1||modified Choelsky decomposition.:1||nonsmall cell lung cancer:1||blocked Gibbs sampler:1||Differential gel electrophoresis (DIGE):1||Multidimensional liquid chromatography (MDLC):1||IWD test.:1||Positive predictive value:1||Cyclosporine:1||Tacrolimus:1||법의학적 추론:1||clinical trial:1||heterogeneity:1||일원배치법:1||표본의 크기 계산:1||sample size computation:1||Tukey:1||LOWESS:1||Bspline basis:1||simultaneous confidence levels:1||peptide mass fingerprinting:1||Cumulative distribution functions:1||missing covariates:1||Geographical environment:1||지리적 환경:1||통계적 방법:1||Single nucleotide polymorphisms:1||Mannosebinding lectin 2:1||Interleukin 8:1||genegene interactions:1||혈연관계 평가:1||STR (Short Tandem Repeats):1||Statistical power:1||survival function:1||S1:1||Anemarrhena asphodeloides:1||동질성:1||Hierarchical clustering:1||percentage of incorrectly grouped points:1||공분산 행렬 추정:1||Proportion of true null:1||pepsinogen I/II ratio:1||Outbreak:1||Specificity:1||Time lag:1||Missing rate:1||Petroleomics:1||Metabonomics:1||최소화 방법:1||viral load:1||haplotype:1||support vector machine:1||Covariance structure:1||STR:1||Indoor stage:1||ADD(Accumulated Degree Day):1||Estimation of Growth time:1||Bayesian adaptive Bspline:1||clustered data:1||MICE:1||Total mesorectal excision:1||genetic associations:1||단기염기서열반복:1||Kinship testing:1||Cutoff value:1||Recurrenceassociated pathway:1||Risk:1||Null distribution:1||유전자 선별:1||QSCC (Questionnaire for Sasang Constitutional Classification):1||Permutation test:1||Vandetanib:1||Maintenance:1||generalized linear mixed model:1||Genotype:1||Acute myeloid leukemia:1||Minimum Hellinger distance:1||IWMDE:1||Umbelliferae:1||gastric dysplasia:1||FTICR MS:1||본페로니(Bonferroni):1||EpsteinBarr virus (EBV):1||Fourier basis:1||IL1B genotypes:1||multivariate binomial distribution:1||Monte Carlo simulations:1||Zeroinflated discrete Weibull regression:1||Forensic science:1||Growth curve:1||Model comparison:1||Model evaluation:1||Compliers:1||Instrumental variables:1||Phase II design:1||Adjuvant immunotherapy:1||법 생태학:1||glioblastoma:1||NFkB:1||Markov blanket:1||Caloric restriction strength:1||Relationships of Korean:1||Capecitabine:1||support vector machines:1||Statistical classification:1||Decision tree:1||Match probability:1||permutationimputation test:1||homogeneity:1||relative hierarchical clustering:1||Target therapy:1||protein identification:1||Adaptive group sequential test:1||적응적 집단축차설계:1||경계 추정:1||pemetrexed:1||Chemotaxonomic classification:1||ITS:1||MS:1||metabolomics:1||oxypeucedanin:1||management strategy:1||Yorkshire:1||differentially expressed gene:1||Informative cluster size:1||Infectious disease:1||NMR spectroscopy:1||예후인자:1||Randomization:1||튜키(Tukey):1||lymphoma:1||autologous hematopoietic stem cell transplantation:1||principal component analysis:1||REPEATED MEASUREMENTS:1||Discrete Weibull regression:1||Information matrix:1||DNA fingerprinting:1||Forensic statistics:1||Sigmoid function:1||multiple testing:1||combination tests:1||Phase III design:1||물리적 환경:1||Short tandem repeats:1||MannWhitney U test:1||AFP:1||Rectal neoplasm:1||autologous cytokineinduced killer cell:1||PMI:1||Structured Support Vector Machine:1||절단값:1||Likelihood ratio:1||Liver Cancer:1||Prediction and validation:1||Permutation:1||마이크로어레이 자료:1||equality of survival:1||Sasang Constitution:1||의사결정나무:1||survival distribution:1||Chemotherapy:1||Progressionfree survival:1||stagewise ordering.:1||gefitinib:1||trnLtrnF:1||median residual life function:1||Panax ginseng:1||UPLCQTof MS:1||multivariate analysis:1||gene expression profile:1||liver:1||EM algorithm:1||Sensitivity:1||Transplantation:1||forensic inference:1||mixture:1||prognostic factor:1||repeated event:1||approximate
Bayesian bootstrap:1||Gibbs sampler.:1||NK/Tcell lymphoma:1||RASSF1A:1||prognostic power:1||biplot:1||factor analysis:1||functional data classification:1||early prediction:1||GROUP SEQUENTIAL TESTING:1||RATES OF CHANGE:1||VNTR:1||

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