I’m university student in Korea. (major is psychology) I heard lecture first, did not understand what professor said. But, I saw this video a moment ago, i fully understood what professor was trying to say. Thank you so much. This video so useful!
In the part of the lecture about simple and complex cells, it's worth noting that many simple cells also respond best to movement in a particular direction (so it's not just complex cells). In fact, in layer 4 of visual cortex, where visual input is received, simple cells tend to be more direction selective than complex cells. Source: "Direction selectivity of neurons in visual cortex is non-linear and laminar dependent" by Kim and Freeman.
my major is psychology and this helped me a lot for my tomorrow's perception, attention, and action exam. I love you
it helped me a lot before the exam too. Thanks for that perfect lecture :D
I’m university student in Korea. (major is psychology) I heard lecture first, did not understand what professor said. But, I saw this video a moment ago, i fully understood what professor was trying to say. Thank you so much. This video so useful!
literally saved my life. I have a neuroscience exam tomorrow and was so stuck on this concept. thanks so much!
Much better detail than other UA-cam videos - everyone else is a bit too superficial but your detail is great for medical students
The best video so far! Helped me a lot through my exam in visual computing.
Thank you very much! Helped so much for my exam of Sensation and Perception. Clear, concise and well-explained :)
This was SO HELPFUL. ahhhh Thank you !!!
Great video love the depth of it merci
In the part of the lecture about simple and complex cells, it's worth noting that many simple cells also respond best to movement in a particular direction (so it's not just complex cells). In fact, in layer 4 of visual cortex, where visual input is received, simple cells tend to be more direction selective than complex cells.
Source: "Direction selectivity of neurons in visual cortex is non-linear and laminar dependent" by Kim and Freeman.
Thank you for this video! Please increase the audio volume or input though. My volume is all the way up and I can't hear you very well
very helpful video, just a tip, increase the volume for your commentary, is a little low :) thank you
Yes, this is the right track.
i feel you have detailed it very well.
Thats a really nice lesson, thanks so much for your work, I would like to know the source of your images, what bibliography is it?
They come from a variety of sources and some I created myself.
@@PaulMerritt Thanks, helped me a lot 💖
Thank you. ❤️
i love u