Lawrence Joseph
Bayesian statistics
Professor
E-mail: lawrence.joseph@mcgill.ca
Telephone: +1 (514) 934-1934 ext: 44713
FAX: (514) 934-8293
Complete CV
Division of Clinical Epidemiology
McGill University Health Centre
Royal Victoria Hospital
687 Pine Avenue West
V Building, Room V2.10
Montreal, Quebec
Canada, H3A 1A1
Bayesian Sample Size Change-point methods and applications
See related software		 Diagnostic testing Meta analysis Other topics
Complete CV
Research interests
Courses taught
EPIB-607 Principles of Inferential Statistics in Medicine
EPIB-613 Introduction to Statistical Software
EPIB-621 Data Analysis in the Health Sciences
EPIB-651 Bayesian Analysis in Medicine
EPIB-675 Bayesian Analysis in the Health Sciences
Publications
Methodological publications
Bayesian Sample Size
Change-point methods and applications
Diagnostic testing
Meta analysis
Other topics
Medical publications
Allergy and immunology
Asthma
Cardiology
Gastroenterology
Osteoporosis
Quality of Life
Rheumatology
Other
Book
Bayesian software
Bayesian Sample Size
Change-point methods and applications
Diagnostic testing
Diagnostic testing in Genetics
Links
Atherton J, Charbonneauy B, Wolfson D, Joseph L, Zhou X, Vandal A.
Bayesian optimal design for changepoint problems
Canadian Journal of Statistics 2009;37(4):495-513
Bellera C, Hanley J, Joseph L, Albertsen P.
A statistical evaluation of rules for biochemical failure following radiotherapy in men treated for prostate cancer
International Journal of Radiation Oncology, Biology, Physics 2009;75(5):1357-1363
Bellera C, Hanley J, Joseph L, Albertsen P.
Hierarchical changepoint modeling: Application to post-radiotherapy PSA series in men with prostate cancer
Annals of Epidemiology 2008;18(4):270-282
Bellera C, Hanley J, Joseph L, Albertsen P.
Detecting trends in noisy data series: Application to biomarker series
American Journal of Epidemiology 2008;18(4):270-282
Beckage B, Joseph L, Bélisle P, Wolfson D, Platt W.
Bayesian change-point analyses in ecology
New Phytologist 2007;174(2):456-467
Zhou X, Joseph L, Wolfson D, Bélisle P.
A Bayesian A-optimal and model robust design criterion
Biometrics 2003;59(4):1082-1088
Bélisle P, Joseph L, Wolfson D, and Zhou, X.
Estimating decline in Alzheimer's disease
Canadian Journal of Statistics 2002;30(1):37-54
Joseph L, Wolfson D, Bélisle P, Brooks JO, Mortimer JA, Tinklenberg JR, Yesavage JA.
Taking account of between-patient variability when modeling decline in Alzheimer's Disease
American Journal of Epidemiology 1999;149(10):963-973
Bélisle P, Joseph L, MacGibbon B, Wolfson D, and du Berger R.
Change-point analysis of neuron spike train data
Biometrics 1998;54:113-123
Joseph L, Wolfson D, du Berger R, Lyle RM.
Analysis of panel data with change-points
Statistica Sinica 1997;7(3):687-703
Joseph L, Vandal AC, Wolfson DB.
Estimation in the multi-path change-point problem for correlated data
Canadian Journal of Statistics 1996;24:37-53
Joseph L, Wolfson D.
Maximum likelihood estimation in the multi-path change-point problem
Annals of the Institute for Statistical Mathematics 1993;45(3):511-530
Joseph L, Wolfson D.
Estimation in multi-path change-point problems
Communications in Statistics - Theory and Methods 1992;21(4):897-913
Joseph L, Wolfson D.
Estimating the change in a renewal process when the data are counts
Communications in Statistics - Simulation and Computation 1990;19(4):1431-1441