Rice, Ken - Department of Biostatistics, University of Washington at Seattle

• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• A Decision-Theoretic Formulation of Fisher's Approach to Kenneth Rice,
• Introduction to Mathematica,
• 3. Data manipulation Thomas Lumley
• Summer Institute in Statistical Genetics Module 3: Computing for Statistical
• 5. Permutation tests Thomas Lumley
• 6. Writing Loops Thomas Lumley
• 7. Storing and retrieving large data Thomas Lumley
• 8. Bioconductor Intro Thomas Lumley
• Summer Institute in Statistical Genetics Module 8: Computing for Statistical
• 4. Model fitting Thomas Lumley
• 6. Writing Loops Thomas Lumley
• 7. Storing and retrieving large data Thomas Lumley
• 8. Bioconductor Intro Thomas Lumley
• Model fitting Thomas Lumley
• Permutation tests Thomas Lumley
• Writing Loops Thomas Lumley
• Storing and retrieving large data Thomas Lumley
• Interfacing R Thomas Lumley
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• Learning to Draw Thomas Lumley
• Writing Loops Thomas Lumley
• Permutation tests Thomas Lumley
• Summer Institute in Statistical Genetics Module 20: Advanced R Programming
• Advanced R Programming for Bioinformatics. Exercises for Session 1: Objects and Methods.
• 3. The object system(s) Thomas Lumley
• Advanced R Programming for Bioinformatics. Exercises for Session 4: Objects and Methods.
• 7. Embedding C code Thomas Lumley
• AdvancedRProgrammingforBioinformatics. Exercisesforsession8:InterfacingtoC.
• 9. Handling large data Thomas Lumley
• Summer Institute in Statistical Genetics Module 3: Computing for Statistical
• Sir --Women sprinters may one day over-take men, according to A. J. Tatem and
• 10. Interfacing R Thomas Lumley
• 5. Permutation tests Thomas Lumley
• 9. Bioconductor: annotation databases Thomas Lumley
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• 7. Storing and retrieving large data Thomas Lumley
• Statistical In ammation
• 5. Permutation tests, and debugging Thomas Lumley
• 6. High-throughput Work, and Writing Thomas Lumley
• 10. Interfacing R Thomas Lumley
• 4. Model fitting Thomas Lumley
• Equivalence of random-effects and conditional likelihoods for
• Summer Institute in Statistical Genetics Module 3: Computing for Statistical
• 2. Learning to Draw Thomas Lumley
• 9. Bioconductor: annotation databases Thomas Lumley
• Lies, Damned Lies, And What To Do With Them
• Storing and retrieving large data Thomas Lumley
• Learning to Draw Thomas Lumley
• 9. Bioconductor: annotation databases Thomas Lumley
• 3. Data manipulation Thomas Lumley
• Bioconductor: annotation databases Thomas Lumley
• 9. Bioconductor: annotation databases Thomas Lumley
• R reference card, by Jonathan Baron Parentheses are for functions, brackets are for
• When is an outlier not an outlier? MRC Biostatistics Unit
• Bioconductor: annotation databases Thomas Lumley
• Statistical Issues and Analysis in Genetic Epidemiology
• 5. Permutation tests Thomas Lumley
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• Letter to the editors On Bayesian analysis of misclassified binary data from a matched
• Thomas Lumley Universities of Washington and Auckland
• Model Fitting Thomas Lumley
• Making peace with p's: Bayesian tests with straightforward
• 2. Learning to Draw Thomas Lumley
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• 8. Bioconductor Intro Thomas Lumley
• Data manipulation Thomas Lumley
• 3. Data manipulation Thomas Lumley
• 7. Storing and retrieving large data Thomas Lumley
• Interfacing R Thomas Lumley
• Data manipulation Thomas Lumley
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• Advanced R Programming for Bioinformatics. Exercises for session 6: XML.
• 8. Bioconductor Intro Thomas Lumley
• Summer Institute in Statistical Genetics Module 3: Computing for Statistical
• 3. Data manipulation Thomas Lumley
• Bioconductor: introduction Thomas Lumley
• 2. Learning to Draw Thomas Lumley
• Summer Institute in Statistical Genetics Module 6: Computing for Statistical
• 2. Graphics Thomas Lumley
• 10. Interfacing R Thomas Lumley
• 6. Writing Loops Thomas Lumley
• 10. Interfacing R Thomas Lumley
• Thomas Lumley UW Biostatistics
• 4. Model fitting Thomas Lumley
• 4. Model fitting Thomas Lumley
• Bioconductor intro Thomas Lumley
• 2. Learning to Draw Thomas Lumley
• Haplo Stats User Manual Version 1.1.0
• 5. Making packages Thomas Lumley
• 8. Bioconductor Intro Thomas Lumley
• 6. Writing Loops Thomas Lumley
• 9. Bioconductor: annotation databases Thomas Lumley
• European Institute in Statistical Genetics
• 2. Learning to Draw Thomas Lumley
• 4. Model fitting Thomas Lumley
• 7. Storing and retrieving large data Thomas Lumley
• European Institute in Statistical Genetics
• 10. Interfacing R Thomas Lumley
• 3. Data manipulation Thomas Lumley
• 5. Simulation and Permutation Thomas Lumley