In what way should it be useful? This is just an experiment. During the simulation you can see the synaptic modification as the orange color changes. The dynamic of this model is very complex but the target of this experiment is to see the formation of clusters of synaptic activation as the neurons stimuli changes.
@MultiNeurons You know this: the answer is always cure cancer. And no fudging about bolstering understanding of brain-like networks to shed light on neuromuscular disorders or the like: the results of exploratory science are its prerequisite, not its justification. Cure cancer, then you can do research that might lead to insights about a given cancer.
Tell me when it does something useful. Something can be as complicated as i don't know what but if it doesn't do something useful than whats the point?
hello, thie neuron model was built enrirely by me and it's not an integrate and fire model. It's more like an oscillator. Yes, the idea was kind of that: copying the cortex havign 20% of inhibitory neurons and 80% of excitatory. Yes, it learn but don't know what: the inpout stimulis was completely random... there's another video relating my neuron model; search spiker neuron to see it. Hope you enjoy it
Hi...a few questions... Is this just a leaky integrate and fire thing or is it something more complex? Also... are you following any particular architecture? Maybe copying the cortex? Or some classical recurrent NN architecture? Hav you got it to learn anything? What learning rules are you using? This looks neat! Good luck.
How did you define the physical layout? do they fire in any specific order? can activation potentials add up? this looks very natural, i would guess that the brain looks like this when working.
Hi, this simulation does not use cuda but simply the cpu; I am working on the same simulation algorithm using the gtx275 i own. Also this simulation was could be very faster: i didn't know how to use OpenGL's VBO and I used just the graphic primitives that freebasic offered me.
I am very happy to see the vidoe after you give this Large multilayer spiking neural network
Mjhond 1 month ago
I Love The Video It Can Increase My Knowledge Large multilayer spiking neural network
Ondelendo 1 month ago
Steady I Really Like This Video Another example of this spiking neural network simulator.
anakmudajaman 1 month ago
Good, I like that you share this video, I wish success always Another example of this spiking neural network simulator.
bebeheuy 1 month ago
Nice Video Another example of this spiking neural network simulator That You Share , So Very Nice Thanks You
imegatrone 1 month ago
I Really Like The Video From Your Another example of this spiking neural network simulator.
willamricard 1 month ago
Your Video Large multilayer spiking neural network Is Very Useful Sharing
bundawartini 1 month ago
I'm gonna do a ton of drugs and watch this
ATCSharp 4 months ago
what are you trying to model here?
scuzzulus 6 months ago
In what way should it be useful? This is just an experiment. During the simulation you can see the synaptic modification as the orange color changes. The dynamic of this model is very complex but the target of this experiment is to see the formation of clusters of synaptic activation as the neurons stimuli changes.
MultiNeurons 10 months ago
@MultiNeurons You know this: the answer is always cure cancer. And no fudging about bolstering understanding of brain-like networks to shed light on neuromuscular disorders or the like: the results of exploratory science are its prerequisite, not its justification. Cure cancer, then you can do research that might lead to insights about a given cancer.
(Yes, I know: Poe's Law.)
metamaterial 1 month ago
Tell me when it does something useful. Something can be as complicated as i don't know what but if it doesn't do something useful than whats the point?
aNickzz 10 months ago
hello, thie neuron model was built enrirely by me and it's not an integrate and fire model. It's more like an oscillator. Yes, the idea was kind of that: copying the cortex havign 20% of inhibitory neurons and 80% of excitatory. Yes, it learn but don't know what: the inpout stimulis was completely random... there's another video relating my neuron model; search spiker neuron to see it. Hope you enjoy it
MultiNeurons 11 months ago
Hi...a few questions... Is this just a leaky integrate and fire thing or is it something more complex? Also... are you following any particular architecture? Maybe copying the cortex? Or some classical recurrent NN architecture? Hav you got it to learn anything? What learning rules are you using? This looks neat! Good luck.
scorpius420 11 months ago
Also, do you believe in chemical imbalances?
SlavaVB 1 year ago
How did you define the physical layout? do they fire in any specific order? can activation potentials add up? this looks very natural, i would guess that the brain looks like this when working.
SlavaVB 1 year ago
Hey bud, did this simulation use CUDA, and if so, what graphics card(s) did you use to do it? :-)
masterytyrantfuture 1 year ago
@masterytyrantfuture
Hi, this simulation does not use cuda but simply the cpu; I am working on the same simulation algorithm using the gtx275 i own. Also this simulation was could be very faster: i didn't know how to use OpenGL's VBO and I used just the graphic primitives that freebasic offered me.
MultiNeurons 1 year ago
Excellent video! This is the largest simulation I have ever seen!
Where can I obtain the software you did this with?
Was the network modeled after a real piece of tissue?
nhnifong 1 year ago
Excellent video! this is the largest simulation I have ever seen
nhnifong 1 year ago