Meeting 1: Summary and slides: Difference between revisions

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===Simon: ===  
===Simon: ===  
This presentation repeats the Peterson study on a large dataset related to addiction. The motion problem is found to affect connectivity significantly in the gourp of drug users.
This presentation repeats the Peterson study on a large dataset related to addiction. The motion problem is found to affect connectivity significantly in the gourp of drug users.
Simon's implementation of the Power et al analyses is in MATLAB.


===Tim: ===  
===Tim: ===  
This presentation summarizes Tim's work on designing a wavelet-based filtering method to denoise the data.
This presentation summarizes Tim's work on designing a wavelet-based filtering method to denoise the data.
Tim used Prantik's %DVARS code as well as R scripts to generate plots such as Fig 1 in Power et al. His code is availablle in the 'Useful Code' (next subsection on the
Tim used Prantik's %DVARS code as well as R scripts to generate plots such as Fig 1 in Power et al. His code is availablle in the 'Useful Code' [[https://wiki.cam.ac.uk/bmuwiki/Useful_Code]]


===Zac: ===  
===Zac: ===  
This presentation summarizes Tim's work on designing a wavelet-based filtering method to denoise the data.
This presentation summarizes Tim's work on designing a wavelet-based filtering method to denoise the data.


===Ameera===  
===Ameera:===  
This presentation summarizes Ammera's work on designing a modified 'scrubbing' method to denoise the data.
This presentation summarizes Ammera's work on designing a modified 'scrubbing' method to denoise the data.
Ameera's code is MATLAB based.


==Back To Main Page==  
==Back To Main Page==  
[[Main Page]]
[[Main Page]]

Revision as of 21:45, 2 May 2012

Presentations

Petra: A plan of action

This presentation summarizes the key metrics used so far in the litterature to quantify the extend of motion as well as its confounding effect. It also lists:

  • all datasets (and associated people) where the problem may exit
  • all methods so far put forward to tackle the problem (and associated people)

The aim is to annotate these lists with our findings over the next few weeks.

Simon:

This presentation repeats the Peterson study on a large dataset related to addiction. The motion problem is found to affect connectivity significantly in the gourp of drug users. Simon's implementation of the Power et al analyses is in MATLAB.

Tim:

This presentation summarizes Tim's work on designing a wavelet-based filtering method to denoise the data. Tim used Prantik's %DVARS code as well as R scripts to generate plots such as Fig 1 in Power et al. His code is availablle in the 'Useful Code' [[1]]

Zac:

This presentation summarizes Tim's work on designing a wavelet-based filtering method to denoise the data.

Ameera:

This presentation summarizes Ammera's work on designing a modified 'scrubbing' method to denoise the data. Ameera's code is MATLAB based.

Back To Main Page

Main Page