Good, I like that you share this video, I wish success always This is a demonstration of a neural network imitator script. Impulses change which synapses become stronger and weaker
Nice Video That You Share , So Very Nice Thanks You This is a demonstration of a neural network imitator script. Impulses change which synapses become stronger and weaker
I Really Like The Video From Your This is a demonstration of a neural network imitator script. Impulses change which synapses become stronger and weaker
Just a quick question, do we need anything fancy to use this besides flash player? I've had some people being unable to load the applet, but I'm guessing this must be due to some third party flash blocker, because I don't personally have any problems running this.
Would that be Ant Colony Optimization, by any chance? This makes it easier to visualize, I guess..if you change the video to show unproductive synapses being removed and more-travelled synapses being strengthened, then it'd be a lot easier to understand. Very interesting though.
Thanks for the comment! In the video you don't really get a chance to see the unproductive synapses fade, but they do slowly lose their influence through the reverse feedback from the very simplified punishing neurons. I suppose you could say it was a simplified version of ACO, where the impulses do eventually find the shortest path, their motion random at the beginning and influenced by the strong and weak neurons.
I am very happy to see the vidoe This is a demonstration of a neural network imitator script after you give this
Melehete 1 week ago
I Love The Video It Can Increase My Knowledge This is a demonstration of a neural network imitator script
anakmudajaman 1 week ago
Steady I Really Like This Video This is a demonstration of a neural network imitator script
bebeheuy 1 week ago
Good, I like that you share this video, I wish success always This is a demonstration of a neural network imitator script. Impulses change which synapses become stronger and weaker
Mjhond 1 week ago
Nice Video That You Share , So Very Nice Thanks You This is a demonstration of a neural network imitator script. Impulses change which synapses become stronger and weaker
AntoMelta 1 week ago
I Really Like The Video From Your This is a demonstration of a neural network imitator script. Impulses change which synapses become stronger and weaker
willamricard 1 week ago
Your Video Is Very Useful Sharing This is a demonstration of a neural network imitator script
imegatrone 1 week ago
@imegatrone Thank you!
LogicGodTV 1 week ago
I don't get it. What is the purpose of this?
Altair565 2 weeks ago
Worst music/sound in youtube history
flahr1 3 months ago
@flahr1 I guess I didn't make it, I think it was like a garageband loop or something haha, thanks for the comment though :-)
joncomo 3 months ago
@flahr1 I like the music.
flashcode0 2 months ago
Machines belong to Mensa.
TheNataliaRR 4 months ago
song from intel isef
101LiquidNitrogen 5 months ago
whats the name of this song
101LiquidNitrogen 5 months ago
good attempt but didn't work out.
turoniable 5 months ago
Comment removed
Photon98 6 months ago
@Photon98
looks like... funny animation but as far as I can see nothing more.
ramtatatam 4 months ago
horrible choice of music
PyroFire232 6 months ago
@PyroFire232 I made that music! haha
LogicGodTV 6 months ago 6
@LogicGodTV Well the underlying music seems OK, but why is there so much static?!
GeekProdigyGuy 2 weeks ago
Which software are you using? please!
!
JimmyTheGreek2000 9 months ago
What the f%&k is this shit??
-->its no good if it can NOT be applied externally.
You need to update your title please!
(Your logic was not bad so i still rate up!)
cirusMEDIA 9 months ago 2
how useless is this
Chisuz 9 months ago
so where do I get this program?
iPlantChannel 1 year ago
Dead link. Please update.
ShadeAKAhayate 1 year ago
@ShadeAKAhayate Hmm just checked, make sure you're not blocking flash.
LogicGodTV 1 year ago
Comment removed
ShadeAKAhayate 1 year ago
@LogicGodTV Sorry for the misinfo! Everything is working fine! Thanks for the interesting demo!
ShadeAKAhayate 1 year ago
@LogicGodTV same troubles here. how do we make sure about that using google chrome?
SuperPappys 8 months ago
@SuperPappys You should have flash player but if not, just google for adobe flash player and download the latest.
LogicGodTV 7 months ago
Cool visualization. Good video!
Thumbs up.
tangledfiber 1 year ago
@tangledfiber Thanks so much!
LogicGodTV 1 year ago
Just a quick question, do we need anything fancy to use this besides flash player? I've had some people being unable to load the applet, but I'm guessing this must be due to some third party flash blocker, because I don't personally have any problems running this.
Excellent and intuitive little demo, by the way.
Aoitetsugakusha 1 year ago
@Aoitetsugakusha Nothing but flash player and thanks :)
LogicGodTV 1 year ago
post a new link please! it seems to be really interesting!
olgasamarina88 1 year ago
Please post a new link. I'm interested in this but the link is dead as of today
awfa3 1 year ago
What software are you using
shawn8093 1 year ago
@shawn8093 Im using adobe flash to code it (actionscript)
LogicGodTV 1 year ago
@shawn8093 your mom
marsh8472 1 year ago
@marsh8472 You wish!!!
shawn8093 11 months ago
Finally, a simple neural network demo. good work.
If you make another version, how about include a clocking neuron to provide a constant stream of impulses.
Also, have the ability to move or delete a neuron after its been created on the stage.
PsionNinja 2 years ago
Would that be Ant Colony Optimization, by any chance? This makes it easier to visualize, I guess..if you change the video to show unproductive synapses being removed and more-travelled synapses being strengthened, then it'd be a lot easier to understand. Very interesting though.
sea4ever7241 2 years ago
Thanks for the comment! In the video you don't really get a chance to see the unproductive synapses fade, but they do slowly lose their influence through the reverse feedback from the very simplified punishing neurons. I suppose you could say it was a simplified version of ACO, where the impulses do eventually find the shortest path, their motion random at the beginning and influenced by the strong and weak neurons.
LogicGodTV 2 years ago
thumb down
theangrywaffle1 2 years ago