I appreciate the open source approach over the startup's sensational claims. This is more transparent.
That said, I think it still presents itself as if the fly is being controlled by the connectome, when (if I'm reading the source correctly) it's more accurate to say scripted behaviors have been hooked up to be triggered by the connectome.
Put another way, you might as well have the "escape" trigger open a YouTube video of a fly flying away. That would probably be less misleading too.
Interesting work! There's NeuroMechFly (https://github.com/NeLy-EPFL/flygym/) available, you might try using that to simulate the fly body in real time as well.
I appreciate the open source approach over the startup's sensational claims. This is more transparent.
That said, I think it still presents itself as if the fly is being controlled by the connectome, when (if I'm reading the source correctly) it's more accurate to say scripted behaviors have been hooked up to be triggered by the connectome.
Put another way, you might as well have the "escape" trigger open a YouTube video of a fly flying away. That would probably be less misleading too.
> What's modeled vs. measured
> Honesty section:
I wouldn’t mind an human written README
> live *spiking* simulation
Ah, Mr. Acevedo, nice to see you.
Interesting work! There's NeuroMechFly (https://github.com/NeLy-EPFL/flygym/) available, you might try using that to simulate the fly body in real time as well.
No demo video?
I just found this video on YouTube now:
https://youtu.be/A8fDr7Rr7yM?is=cHwOQVrli9oXLdqY
Open to see what it was about, stayed for the banger soundtrack
That doesn't show this project.
Now this is real AI.
This is straight up ghost-dubbing.