)
Desired Skills:
· Digital Signal Processing
· Basic understanding of Machine Learning algorithms
· EEG Signal Processing
· Programming in Python
For further information you can come in touch with the co-ordinator of the
HOPE project, Dr. Manousos Klados (m.kla
for research in Allied Health Professions (REF 2014) and was ranked 1st for
research environment. Additional information about research in the School
can be found at http://www.aston.ac.uk/lhs/research/. Informal enquiries
can be made to Dr Manousos Klados: m.kla...@aston.ac.uk.
Financial Support
.
You can reserve your seat as well as find more information about the
programme in
http://app.webinarsonair.com/register/?uuid=7961a35f44ab4cc2a3596492e7fc1ee1
If you need more information please don't hesitate to come in touch with me.
Best wishes
Manousos Klados
[image: photo]
*Manousos K
for you, to meet old
friends and make new ones. We look forward to seeing you in Corfu, Greece!
Panos Bamidis
John Gruzelier
Manousos Klados
SAN2016 Conference Chairs
[image: photo]
*Manousos Klados, MSc, PhD*
Postdoctoral Researcher, Max Planck Institute for Human Cognitive & Brain
Sciences,
+4
you, to meet old
friends and make new ones. We look forward to seeing you in Corfu, Greece!
Panos Bamidis
John Gruzelier
Manousos Klados
SAN2016 Conference Chairs
[image: photo]
*Manousos Klados, MSc, PhD*
Postdoctoral Researcher, Max Planck Institute for Human Cognitive & Brain
Sciences,
+4
to match this information according to the 2-bk face onset?*
*Best regards,*
*Bill.*
Manousos Klados, PhD
Max Planck Institute for Human Cognitive & Brain Sciences
Research Group of Neuroanatomy and Connectivity
Phone: +49(0)-341-9940-2507 <+49(0)-341-9940-2507>
Mobile: +49(0)-176-6988-
very much in advance
Manousos
Manousos Klados, PhD
Max Planck Institute for Human Cognitive & Brain Sciences
Research Group of Neuroanatomy and Connectivity
Phone: +49(0)-341-9940-2507 <+49(0)-341-9940-2507>
Mobile: +49(0)-176-6988-1781
Email: kla...@cbs.mpg.de
Website: http://www.m
Dear all,
I am new to the HCP data and in fmri processing in general. I noticed that the
fmri has 32k nodes for the whole brain and I want to downsample to fsa4 which
has 5000 nodes. Is there any (easy) way to do this?
Thank you very much in advance
Manousos
Manousos Klados, PhD