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Dynamic Causal Modelling - Karl Friston
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- Опубликовано: 30 апр 2017
- Serious Science - serious-science.org
Neuroscientist Karl Friston on functional specialization of different brain areas, brain hierarchy, and the connectome
serious-science.org/dynamic-ca...
![[2019.05.07 Lesson12-session1]Dynamic Causal Modeling of fMRI](http://i.ytimg.com/vi/6BXvjBXS-60/mqdefault.jpg)
This helps me a lot in my thesis work, thank you very much for the class, it was priceless
What is your theses may i ask? I am myself currently looking for a project to work on for my masters in physics and DCM is very interesting.
@@Amranth21 hi, sorry, that was 3 years ago. I kinda forgot what it helps me with. But I was in the field of neuroscience now
@@MrWillypanda88 yeah no problem
Prof. Friston is a legend!
Very well explained - thank you!
Thanks for such a nice video.
thank you.
Well explained. 11:15 "How did I know what to say? They had my lines written down on a script...."
Thank 😊
Take my money! DCM couldn’t be better explained than this.
Ok fine but how does this connect to free energy minimization? And how does that fit into entropy?
This is a method used for brain imaging analysis. Free energy is a theory of how biological systems function. Different stuff
Did you mean ecphory?
Read his paper with Carhart-Harris they talk a lot about the entropic model
He looks like the smoker man in X-files.
Is it just me or your microphone just amplified the ssss sound too much. I got very annoyed by this sound. Or is it just his speaking? In any situation, you should probably lower the high frequencies in your videos.
Yes! There are special filters for that, called de-esser. It seems, that the editors didn't apply them.
so at the end its just fitting data with an hypothesis nothing causal here just a lot of maybe
Make hypothesis that fit the data is the definition of science ^^
Get published, get tenure, win life
@@tdreamgmail dude I hope thats an ironic statement otherwise you have seem to run amiss a lot of science-theory and actual lifetime achievements of great philosophical thinkers.
@@rservajean no sience is exactly not that, its the opposite at least according to Popper.
they are trying to model causal interactions between different brain regions. he says this in the middle of he video
All I heard was er er
That's because you weren't listening to the words before and after the ers.
Just seen this for the first time didn’t think he er that much after just watching it