professor at university of washington and founder at csm.ai. computational cognitive scientist. working on social and artificial intelligence and alignment. http://faculty.washington.edu/maxkw/
These videos of a humanoid watching itself in a mirror are a cool test of a “self” model. The robot’s world model tries to predict the next visual inputs. It can predict its own movements from a first-person view but doesn’t map the mirrored body to its own, and thus, the
November 16, 2024 at 8:49 AM
These videos of a humanoid watching itself in a mirror are a cool test of a “self” model. The robot’s world model tries to predict the next visual inputs. It can predict its own movements from a first-person view but doesn’t map the mirrored body to its own, and thus, the
These videos of a humanoid watching itself in a mirror are a cool test of a “self” model. The robot’s world model tries to predict the next visual inputs. It can predict its movements from a first-person view but doesn’t map the mirrored body to its own, and thus, the mirrored view doesn't match.
November 11, 2024 at 3:53 PM
These videos of a humanoid watching itself in a mirror are a cool test of a “self” model. The robot’s world model tries to predict the next visual inputs. It can predict its movements from a first-person view but doesn’t map the mirrored body to its own, and thus, the mirrored view doesn't match.
Incredible to see that the fruit fly connectome has been completed. I remember as an undergraduate watching Sebastian Seung in 2007 give the presidential lecture at SFN mysteriously titled: “The Once and Future Science of Neural Networks.”
October 14, 2024 at 5:15 PM
Incredible to see that the fruit fly connectome has been completed. I remember as an undergraduate watching Sebastian Seung in 2007 give the presidential lecture at SFN mysteriously titled: “The Once and Future Science of Neural Networks.”