my.jhsph.edu   Home Admissions Academics Departments Research & Centers Practice
Faculty
DIRECTORIES
Faculty Directory

BSTAT Faculty Directory


GLOBAL PROJECTS
Global Projects Map

BSTAT Project Map

TOOLS
Contact JHSPH
Feedback

Email this Page
Calendar
Course Search
Faculty
Mei-Cheng Wang
Professor
Academic Degrees
PhD
Departmental Affiliation
Biostatistics
Phone: 410-955-7775
Fax: 410-955-0958
Research and Professional Experience

1) nonparametric and semiparametric models for multiple event data;

2) truncation, censoring, length bias and prevalent samplings;

3) univariate and multivariate survival analysis;

4) semiparametric inferences; conditional infernces;

5) competing risks models for epidemiological studies.

Keywords

semiparametric models; point processes; survival analysis; epidemiological statistics.

Honors and Awards

Please see my CV for more details

Fellow of the American Statistical Association, 1998

Member of Delta Omega Honorary Society, Public Health Alpha Chapter

Selected Publications

[Selected publications since 1995]

Huang CY and Wang MC (2005). Nonparametric estimation of a bivariate distribution of recurrence times. Biometrics (in press).

Chiang CT, Wang MC and Huang CY (2005). Kernel estimation of occurrence rate function for recurrent event data. Annals of the Institute of Statistical Mathematics. (In Press).

Lu SH and Wang MC (2005). An alternative marginal analysis for Cox-type clustered failure time data. Journal of Lifetime Data Analysis (in press).

Huang CY, Wang MC (2004). Joint modeling and estimation of recurrent event processes and failure time. Journal of the American Statistical Association 99(468):1153-1165.

Chen YQ, Wang MC (2004). and Huang E. Semiparametric regression analysis on longitudinal pattern of recurrent gap times . Biostatistics, 5, 2, pp. 277-290.

Huang Y, Wang MC (2003). Frequency of recurrent events of failure time: modeling and inference. Journal of the American Statistical Association 98:663-670.

Wang MC, Chiang CT (2002). Nonparametric methods for recurrent event data with informative and non-informative censorings. Statistics in Medicine 21:445-446.

Lu SH and Wang MC (2002). Cohort case-control design and analysis for clustered failure time Data. Biometrics. 58. 764-772.

Chen YQ, Rohde CA, Wang MC (2002) Additive hazards models with latent treatment effectiveness lag time. Biometrika 89(4):917-931.

Qin J, Wang MC: Semiparametric analysis of truncated data. Lifetime Data Analysis 7(3):225-42, 2001.

Wang MC, Qin, J, Chiang CT: Analyzing recurrent event data with informative censoring. Journal of the American Statistical Association 96(455):1057-1065, 2001.

Wang MC, Chen YQ: Nonparametric and semiparametric trend analysis for stratified recurrence time data. Biometrics 56(3):789-794, 2000.

Chen YQ and Wang MC: Estimating a treatment effect with the accelerated hazards models. Controlled Clinical Trials 21:369-380, 2000.

Chen YQ, Wang MC: Analysis of accelerated hazards models. Journal of the American Statistical Association 95(450):619-627, 2000.

O'Campo P, Xue X, Wang MC, Caughy M(1997). Neighborhood risk factors for low birth weight in Baltimore City: A multilevel analysis. American Journal of Public Health 87:1113-1118.

Wang MC: Gap time bias in incident and prevalent cohorts. Statistica Sinica 9:999-1010, 1999.

Wang MC, Chang SH: Nonparametric estimation of a recurrent survival function. Journal of the American Statistical Association 94(445):146-153, 1999.

Chang SH, Wang MC: Conditional regression analysis for recurrence time data. Journal of the American Statistical Association 94(448):1221-1230, 1998.

Bilker W, Wang MC: Generalized Wilcoxon statistics in semiparametric truncation models. Biometrics 52(1):10-20,1996.

Wang MC: Hazards regression analysis for length-biased data. Biometrika 80:343-354, 1996.

Huang Y, Wang MC: Estimating the occurrence rate for prevalent survival data in competing risks models. Journal of the American Statistical Association 80:1406-1415, 1995.

© , Johns Hopkins University. All rights reserved.
Web policies, 615 N. Wolfe Street, Baltimore, MD 21205