|
Size: 3283
Comment:
|
Size: 3248
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 15: | Line 15: |
| ||Jan 22 ||14.30 ||<style="text-align:left;">[[attachment:EEGMEG1Basics.pdf|EEG/MEG 1:]]'''[[EEGMEG1Basics.pdf|Basics And Pre-Processing]] ''' ||Olaf Hauk ||Lecture ||LT ||45 min ||Using two recent experiments as examples, I will go through the most common aspects of EEG/MEG analysis, from data averaging over time-frequency analysis to source estimation || | ||Jan 22 ||14.30 ||<style="text-align:left;">'''[[attachment:EEGMEG1Basics.pdf||Basics And Pre-Processing]] ''' ||Olaf Hauk ||Lecture ||LT ||45 min ||Using two recent experiments as examples, I will go through the most common aspects of EEG/MEG analysis, from data averaging over time-frequency analysis to source estimation || |
| Line 26: | Line 26: |
Introduction to Neuroimaging Methods
Lectures and Workshops
Lectures and workshops will take place on Wednesdays, 14.30, either in the CBU West Wing Seminar Room or Lecture Theatre (see below).
Some of these events are synchronised with Rik Henson's SPM lectures (http://www.talks.cam.ac.uk/show/index/12102).
Look here for other training opportunities in and around Cambridge.
Please contact OlafHauk with questions and feedback.
|
Date |
Time |
Title |
Presenter(s) |
Type |
Location |
Approx. Duration |
Comments |
Jan 15 |
14.30 |
Olaf Hauk |
Lecture |
LT |
45 min |
Basic physical concepts needed for the interpretation of EEG/MEG and fMRI data. Electric potential, fields, atoms and spins... |
|
Jan 22 |
14.30 |
Olaf Hauk |
Lecture |
LT |
45 min |
Using two recent experiments as examples, I will go through the most common aspects of EEG/MEG analysis, from data averaging over time-frequency analysis to source estimation |
|
Jan 29 |
14.30 |
EEG/MEG 2: Source Estimation |
Olaf Hauk |
Lecture |
LT |
45 min |
Basic concepts of source estimation/localisation or the "Inverse Problem" of EEG/MEG; forward and inverse models; combining sensor types; methods comparisons; spatial resolution |
Feb 5 |
14.30 |
MRI Physics 1: Introduction to MRI Physics |
Marta Correia |
Lecture |
LT |
45 min |
|
Feb 12 |
14.30 |
MRI Physics 2: The BOLD Signal and Common Artefacts |
Marta Correia, Tibor Auer |
Lecture + Workshop |
WWSR |
2 h |
|
Feb 19 |
14.30 |
fMRI Analysis 1: fMRI Pre-Processing |
Tibor Auer, Marta Correia |
Lecture + Workshop |
WWSR |
3 h |
Note: SPM lecture next day |
Feb 26 |
14.30 |
fMRI Analysis 2: General Linear Model, Study Design and Efficiency |
Tibor Auer, Marta Correia |
Lecture + Workshop |
WWSR |
3 h |
Note: SPM lecture next day |
Mar 5 |
14.30 |
fMRI Analysis 3: Group Statistics |
Tibor Auer, Marta Correia |
Lecture + Workshop |
WWSR |
3 h |
Note: SPM lecture next day |
Mar 12 |
14.30 |
EEG/MEG 3: EEG/MEG Analysis in SPM |
Jason Taylor, Rik Henson |
Lecture + Workshop |
WWSR |
3 h |
Note: SPM lecture next day |
Mar 19 |
14.30 |
(f)MRI Analysis 4: Diffusion MRI |
Marta Correia, Tibor Auer |
Lecture + Workshop |
WWSR |
3 h |
|
Mar 26 |
14.30 |
fMRI Analysis 5: Multivariate fMRI Analysis |
Marieke Mur |
Lecture + Workshop |
WWSR |
3 h |
|
Apr 2 |
14.30 |
TMS and tDCS |
Michael Ewbank |
Lecture |
LT |
45 min |
|