Network Analysis: Functional Connectivity
Network Analysis is an advanced, 5-day workshop designed for investigators having familiarity with the basic principles of fMRI data acquisition, statistical analysis using the general linear model, and substantial practical experience using SPM.
The presentations will provide an introduction to network analysis using SPM8, FSL and AFNI along with practical demonstrations tied to the key conceptual issues. The focus will be on techniques other than the usual massively univariate analyses commonly used for modeling fMRI data. Topics covered will include functional connectivity examined using bivariate correlation or regression, independent components analysis and graph theory.
Participant Preparation: The workshop will involve demonstrations and interactive exercises involving SPM8, its extensions and associated programs. These demonstrations will be integrated with the didactic portions of the lectures.
The interactive software exercises will demonstrate the details of the various data modeling techniques and participants will gain practical experience through the worked examples. Therefore, to gain the full benefit from the program, we ask that participants bring laptops with MATLAB and SPM8 installed. Detailed setup instructions can be found here.
Registration information for this program may be found here.
Information about accomodations for the Boston courses may be found here.
The Boston courses are held in the 5th floor conference room at the Constitution Inn in Charlestown, MA..
Questions about the course arrangements or content should be directed to email@example.com
The faculty are Tom Zeffiro, Susan Whitfield-Gabrieli, and Robert Savoy.
Background to network analysis
- Introduction and software installation
- The uses of network analysis
- Principles of correlation and regression
- Modeling, estimation and inference in functional neuroimaging
- First Level Design and Analysis
- Design workshop introduction
- Homework assignment - Single subject block design analysis
Functional connectivity - Bivariate correlation and ICA/PCA
- Homework review - single-subject task analysis
- ROI extraction techniques
- Introduction to functional connectivity analysis
- The connectivity toolbox
- Functional connectivity toolbox demonstrations
- Resting state experiment
- In class single subject tutorial
- Homework Assignment - single subject analysis using the connectivity toolbox
CONN - The functional connectivity toolbox can be found here.
The functional connectivity toolbox manual can be found here.
Here is a single-subject analysis exercise.
- Multivariate pattern detection techniques
- Functional connectivity examined using multiple regression in SPM8
4:00PM-6:00PM Design workshop
Functional connectivity - Connectivity Toolbox
- Review of single-subject functional connectivity analysis homework
- Using CONN for group analysis
- Group analysis demo
Here are some example connectivity toolbox batch files:
- CONN practice sessions
- Homework assignment group analysis (NYU data set)
4:00PM-5:30PM Design workshop
Functional connectivity- Graph Theory and ROI Methods
- Review of group functional connectivity analysis homework
- Graph theory
- New features in the connectivity toolbox
The single-subject graph theory demonstration instructions can be found here.
- Artifact mitigation Using ART
- ART demo
- Using REX for region extraction
4:00PM-5:30PM Design workshop
Functional connectivity - AFNI, FSL and PPI
- Functional connectivity with AFNI
- Functional connectivity with FSL - MELODIC
- Psychophysiological and physiophysiological interactions
- Design workshop group presentations