Machine learning + neuroscience = biologically feasible computing | Benjamin Migliori | TEDxSanDiego
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- เผยแพร่เมื่อ 13 มิ.ย. 2024
- Whether you're a human, an animal, or a machine, decisions can't be made without perception, which is how we come to understand the world around us. Machine learning will allow us to create a future in which artificial systems extend and augment our abilities, to help us create and imagine. To do that, we need to create machines that make decisions based on instinct, context, and minimal training. Combining neuroscience and machine learning, we can enter the world of biologically feasible computing. Companies are building computers that can mimic and simulate neurons in biophysical detail. The goal is to create algorithms that compute in biologically feasible ways. Benjamin Migliori is an interdisciplinary physicist-slash-neuroscientist who focuses on biologically inspired systems - that is, using our understanding of computational neuroscience to help machines perceive the world, and using our understanding of machines to help us understand the brain. He is currently contributing this unique outlook to challenges of national defense at the Space and Naval Warfare Systems Center Pacific as a principal investigator in machine learning and computational neuroscience. This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at www.ted.com/tedx
fascinating! I am an undergrad computer science major, but I have always had a thing for neuroscience. It made me ecstatic to find out that there is a way to bridge the gap between the two.
I also like computer science and neuroscience ❤️❤️
I feel like I finally met someone who shares my interests
I'm a bio student but I love neuro
you can try computational neuroscience
I like Bio-ML toooo
I hope this guy knows some people appreciate his humor unlike the audience
All he was saying were dad jokes 😅🙏
Very inspiring and informative
Brilliant!
All those animals were cute. Hello from a neuroscientist.
great one!
Intellectual property
Computers that contribute ideas -
How well the computer can perceive the world around it
Computer - locating the screen
Good talk.....I've been saying this for 30 years....My own little research endeavor is aptly called 'Biobotics R&D'. If you want detailed info on this type of research, you should check out Jeff Hawkins and the people at Numenta, the company he runs. They are truly cutting edge.
Forward Robotics specifically designed its plane-like drone design - called the U7AG - to be price competitive with larger pull-behind sprayer units (around $50,000 Cdn). - Photo: Forward Robotics
Designs variable and numerous
Of course, efforts are being made to eliminate this problem through improved designs. Meng Wei, chief executive officer for the aforementioned Forward Robotics Inc., says the U7AG incorporates larger droplets (medium and coarse) and a fixed-wing schematic to reduce drift issues.
“Fixed wing aircraft have different air fluid patters,” he says. “[It’s] more like a traditional aircraft, thus fitting with traditional aircraft spray regulations.”
How those all this contribute to the understanding of schizophrenia please tell me ...........we need it understood
grec katsangelo
Train a machine with thousands and thousands of cute animals
Ground truth
Retina to
Eu queria legendas em português 😢😢😢😢
Science fiction doesn't "promise" us anything but a ripping good yarn. The technology in a science fiction story is just as advanced as it needs to be to make the points about human nature that the writer wanted to make.
I know you responded two years ago, but I'm sorry, I'm jus seeing this video now. The world we are living in is turning science fiction to reality. It seems its fulfilling the promise of science fiction, written with not the slightest intent of becoming real. But it's getting real now.