Tel: +49 621 1246-221
Tel: +49 621 1246-221
Please note that due to the current situation, participation in our on-site training events is restricted. You can find further information here.
Sequence Analysis in the Social Sciences (Online-Workshop!)
Prof. Dr. Marcel Raab, Dr. Emanuela Struffolino
Date: 21.09 - 23.09.2020 ics-file
Location: Online via Zoom / Course language: English
This workshop introduces sequence analysis for social science research. Sequence analysis, originally developed in biology to analyze strings of DNA, has attracted increasing attention in the social sciences for the analysis of longitudinal data. Most applications study life course processes, including labor market careers, transitions to adulthood, or family formation. This workshop covers longitudinal data management (only briefly; with Stata), basic techniques of sequence analysis (with Stata, but mainly with R), as well as recent methodological developments tailored at social science research questions. Topics include different ways of calculating distances between sequences, cluster analysis after sequence analysis, sequences visualization, techniques for analyzing sequences' multidimensionality and the association between sequences' unfolding over time and independent variables. All methods are demonstrated with hands-on examples using Stata (SQ package, for data preparation and basic sequence analysis) and R (TraMineR package).
Everyone who is interested in the description and analysis of life courses and longitudinal processes in general (e.g., with time-use data).
The participants will learn:
- How to prepare longitudinal data in Stata to use them for sequence analysis in R.
- How to describe and visualize sequences with the powerful and flexible TraMineR package in R
- How to use the outcomes from sequence analysis (distance matrices, measures of turbulence and complexity) in further analysis (cluster analysis; regression analysis; discrepancy analysis; implicative statistic for sequences of typical states; sequence analysis multistate model procedure)
In short, the participants will learn all the tools required to conduct and publish their own research applying sequence analysis.
Participants are expected to have some basic knowledge in preparing handling (longitudinal) data in Stata or R and to be familiar with basic quantitative methods (e.g., regression analysis).
1) R with the following packages:
cluster; TraMineRextras; SDMTools; TraMineR; TraMineRextras; WeightedCluster; foreign; survival; RColorBrewer; colorspace; vcd; car; prettyR
2) Stata with the follwing ados: sq; distinct; fre; egenmore