ZURICH SPM COURSE 2015 Basic Unit (KO2-F-180, Rämistrasse 71, 8006 Zurich) Tuesday, 3 February 2015 08:30 Introduction (Klaas Enno Stephan) 08:45 SPM Overview (Andreea Diaconescu) 09:30 Coffee break 09:45 Preprocessing (Lars Kasper) 10:45 Coffee break & Snacks 11:00 The General Linear Model for fmri analyses (Frederike Petzschner) 12:00 Coffee break 12:15 Statistical inference and design efficiency (Jakob Heinzle) 13:15 Lunch break Wednesday, 4 February 2015 08:30 Multiple comparison correction in SPMs (Justin Chumbley) 09:30 Coffee break 09:45 Experimental design (Sandra Iglesias) 10:45 Coffee break & Snacks 11:00 Event- related fmri incl. 2 nd level summary statistics (Christian Ruff) 12:00 Coffee break 12:15 Resting state fmri (David Cole) 13:15 Lunch break
Advanced Unit (KOL-F-101 Rämistrasse 101, 8092 Zurich) Thursday, 5 February 2015 08:30 Introduction (Klaas Enno Stephan) 08:45 Group analyses (Guillaume Flandin) 09:45 Coffee break 10:00 Advanced issues in fmri statistics (SnPM, power, meta- analysis etc.) (Tom Nichols) 11:00 Coffee break & Snacks 11:15 Voxel- based morphometry (Ged Ridgway) 12:15 Coffee break 12:30 Multivariate analyses (Sudhir Raman) 13:30 Lunch break Friday, 6 February 2015 08:30 Computational models for fmri analyses (Christoph Mathys) 09:30 Coffee break 09:45 Bayesian model selection (Jean Daunizeau) 10:45 Coffee break & Snacks 11:00 Basics of DCM (Hanneke den Ouden) 12:00 Coffee break 12:15 Advanced DCM for fmri (Rosalyn Moran) 13:15 Lunch break
Practical sessions on Tuesday afternoon 1. Preprocessing (advanced) Lars Kasper & Gabor Stefanics 2. Preprocessing (basic) Andreea Diaconescu & Lilian Weber 3. Single subject analysis of blocked and event- related fmri data Jakob Heinzle & Frederike Petzschner 4. Single subject analysis of blocked and event- related fmri data Sandra Iglesias & Sara Tomiello 5. Group analysis of event- related fmri data Christian Ruff & Eduardo Aponte 6. Group analysis of event- related fmri data Justin Chumbley & Maya Schneebeli 7. Resting state fmri David Cole
Practical sessions on Wednesday afternoon 1. Preprocessing (advanced) Lars Kasper & Gabor Stefanics 2. Preprocessing (basic) / Single subject analysis Andreea Diaconescu & Lilian Weber 3. Single subject analysis of blocked and event- related fmri data Jakob Heinzle & Frederike Petzschner 4. Single subject analysis of blocked and event- related fmri data Sandra Iglesias & Sara Tomiello 5. Group analysis of event- related fmri data Christian Ruff & Eduardo Aponte 6. Group analysis of event- related fmri data Justin Chumbley & Maya Schneebeli 7. Resting state fmri David Cole
Practical sessions on Thursday afternoon 1. Computational modeling & single subject fmri analysis Christoph Mathys & Quentin Huys 2. Advanced group analysis of event- related fmri data Guillaume Flandin & Justin Chumbley 3. Advanced issues in fmri statistics (SnPM, meta and power analysis) Tom Nichols 4. Voxel- based morphometry (basic) Ged Ridgway 5. Dynamic Causal Modelling (basic) Hanneke den Ouden & Rosalyn Moran 6. Dynamic Causal Modelling (advanced) Klaas Enno Stephan & Tina Wentz 7. Multivariate methods & decoding Sudhir Raman & Kate Lomakina 8. Stochastic DCM (incl. resting state data) Jakob Heinzle & Jean Daunizeau & David Cole
Practical sessions on Friday afternoon 1. Computational modeling & single subject fmri analysis Christoph Mathys & Quentin Huys 2. Advanced group analysis of event- related fmri data Guillaume Flandin & Justin Chumbley 3. Advanced issues in fmri statistics (SnPM, meta and power analysis) Tom Nichols 4. Voxel- based morphometry (basic) Ged Ridgway 5. Dynamic Causal Modelling (basic) Hanneke den Ouden & Rosalyn Moran 6. Dynamic Causal Modelling (advanced) Klaas Enno Stephan & Tina Wentz 7. Multivariate methods & decoding Sudhir Raman & Kate Lomakina 8. Stochastic DCM (incl. resting state data) Jakob Heinzle & Jean Daunizeau & David Cole