@astaras.bsky.social
Separation anxiety most likely. By holding on to your clothes, it knows you can't disappear without notice.
Plus the clothes are probably more comfy than the floor, which serves as consolation.
Velcro dog, best train it to be more independent or you may have worse issues further down the line.
Plus the clothes are probably more comfy than the floor, which serves as consolation.
Velcro dog, best train it to be more independent or you may have worse issues further down the line.
May 7, 2025 at 1:52 PM
Separation anxiety most likely. By holding on to your clothes, it knows you can't disappear without notice.
Plus the clothes are probably more comfy than the floor, which serves as consolation.
Velcro dog, best train it to be more independent or you may have worse issues further down the line.
Plus the clothes are probably more comfy than the floor, which serves as consolation.
Velcro dog, best train it to be more independent or you may have worse issues further down the line.
Wow, she's beyond eloquent, isn't she.
March 31, 2025 at 9:09 PM
Wow, she's beyond eloquent, isn't she.
Wow, she's beyond eloquent, isn't she.
March 31, 2025 at 9:09 PM
Wow, she's beyond eloquent, isn't she.
Up until recently we didn't have good analogue on-chip memory, which is what delayed analogue neural chips.
We have now solved the problem, it's called memristors.
First company to make it to market with decent analogue neural chips capable of on-chip learning will probably change the world.
We have now solved the problem, it's called memristors.
First company to make it to market with decent analogue neural chips capable of on-chip learning will probably change the world.
January 27, 2025 at 5:55 PM
Up until recently we didn't have good analogue on-chip memory, which is what delayed analogue neural chips.
We have now solved the problem, it's called memristors.
First company to make it to market with decent analogue neural chips capable of on-chip learning will probably change the world.
We have now solved the problem, it's called memristors.
First company to make it to market with decent analogue neural chips capable of on-chip learning will probably change the world.
No wonder you need to spend 100s of millions and build an entire powerplant next to some of these AI & ML research centres.
Plain daft and wasteful.
That's not the way to go about it: dedicated analogue neural hardware is nature's choice, and a wise one at that.
Plain daft and wasteful.
That's not the way to go about it: dedicated analogue neural hardware is nature's choice, and a wise one at that.
January 27, 2025 at 5:53 PM
No wonder you need to spend 100s of millions and build an entire powerplant next to some of these AI & ML research centres.
Plain daft and wasteful.
That's not the way to go about it: dedicated analogue neural hardware is nature's choice, and a wise one at that.
Plain daft and wasteful.
That's not the way to go about it: dedicated analogue neural hardware is nature's choice, and a wise one at that.
Just you wait till dedicated analogue neural hardware tech kicks in.
Will soon be scoffing at the idea of having once used graphics cards (serial, digital, noise-intolerant) to simulate what is an inherently analogue, massively parallel and noise-tolerant neural process.
Will soon be scoffing at the idea of having once used graphics cards (serial, digital, noise-intolerant) to simulate what is an inherently analogue, massively parallel and noise-tolerant neural process.
January 27, 2025 at 5:45 PM
Just you wait till dedicated analogue neural hardware tech kicks in.
Will soon be scoffing at the idea of having once used graphics cards (serial, digital, noise-intolerant) to simulate what is an inherently analogue, massively parallel and noise-tolerant neural process.
Will soon be scoffing at the idea of having once used graphics cards (serial, digital, noise-intolerant) to simulate what is an inherently analogue, massively parallel and noise-tolerant neural process.