• Handouts I use for teaching

  • RMS4911-GPower program2.pdf

    This handout illustrates how you can use G*Power (http://www.gpower.hhu.de/en.html) to estimate power. I use this handout in Correlation and Regression (RMS 4911)

  • RMS4911-roadmap3.pdf

    This handout presents one of my roadmaps for multiple regression. I use this handout in Correlation and Regression (RMS 4911)

     

  • RMS4930-DecisionTree.pdf

    This handout contains a simple decision tree diagram to decide what is the best statistical analysis, based on the number of independent variables (one more than one) number of levels of the independent variable (2, more than 2) and whether the dependent variable is Interval, ordinal or nominal.

     

  • RMS4930-power-notebook.pdf

    This handout illustrates the rationale behind power estimates using the Smartboard. I use this exercise both in Correlation and Regression (RMS 4911) and Empirical Research Methods (RMS 4930)

     

  • RMS4930-SAMPLING DISTRIBUTION.pdf

    This handout contains an exercise intended to illustrate the law of large numbers using a simulation ( http://onlinestatbook.com/stat_sim/sampling_dist/index.html ). We use this exercise in Empirical Research Methods (RMS 4930)

     

  • RMS4930-SamplingExercise.pdf

    This handout contains an exercise to illustrate the differences between random, systematic and convenience samples using google documents. We use this exercise in Empirical Research Methods (RMS 4930)

     

  • RMS4932-metaregression example.pdf

    This handout illustrates using an annotated example, how to estimate a meta-regression using R (statistical software). in particular, using the package Metafor. We use this package in Meta-analysis (RMS 4932)

     

  • RMS4939-Mathcad - SimpleMatchingAlgorithm.pdf

    This handout illustrates step by step, how to estimate a simple matching estimator. The algorithm is based on the paper: by Abadie, Drukker, Leber-Herr & Imbens (2004): Implementing matching estimators for average treatment effects in Stata. The Stata journal,4(3), 290-311. We use this handout in Propensity Scores (RMS 4939)

  • RMS4939-Mathcad - weightedRegression.pdf

    This handout illustrates how to calculate a weighted regression using matrix algebra. This handout is used during our discussion of non-linear estimators in Propensity scores (RMS 4939), and is inspired in a discussion found in Guo & Fraser, 2010 (Sage Pubs)

     

  • RMS4939-R_Example6_4_1.pdf

    This handout illustrates how to estimate different types of estimators for group comparisons in R (statistical software) using the package Matching. The handout replicates an example in Guo & Fraser, 2010 (Sage Pubs), and is used in Propensity scores (RMS4939)

     

  • Links to some videos I use for teaching

  • Basic Statistics/Descriptive Statistics in SPSS

    http://screencast-o-matic.com/watch/cX6eFMZSH

  • Crosstabs in SPSS

    http://screencast-o-matic.com/watch/cX6fcvTcO

  • How to use WORDLE to create word clouds based on frequency
    of the word

    http://screencast-o-matic.com/watch/cX6fViTc4

  • How to create a SPSS-like output using RStudio and Knitr

    http://screencast-o-matic.com/watch/c2ntFDnDbv

  • Effect size estimate for Mean difference in EXCEL

     http://screencast-o-matic.com/watch/c2nT3Nnodu

  • Fixed Effect Model for a standardized Mean difference using
    R (package METAFOR)

    http://screencast-o-matic.com/watch/c2nT0EnoKf

  • Random Effect Model for a standardized Mean difference using
    R (package METAFOR)

    http://screencast-o-matic.com/watch/c2nOcnnoKr

This portfolio last updated: 23-May-2018 12:22 PM