The hippocampus as a predictive map
Think about how you choose a route to work, where to move house, or even which move to make in a game like Go. All of these scenarios require you to estimate the likely future reward of your decision. This is tricky because the number of possible scena…
Artificial Intelligence as a Service – AIaaS
AI is a friendly technology that is here to be accepted without fail and all future products will be based on AI. How AI will be transforming the future of finTech
Nonlinear Computation in Deep Linear Networks
We’ve shown that deep linear networks — as implemented using floating-point arithmetic — are not actually linear and can perform nonlinear computation. We used evolution strategies to find parameters in linear networks that exploit this trait, letting us solve non-trivial problems.
Neural networks consist of stacks of a linear layer followed by
Nonlinear Computation in Deep Linear Networks
We’ve shown that deep linear networks — as implemented using floating-point arithmetic — are not actually linear and can perform nonlinear computation. We used evolution strategies to find parameters in linear networks that exploit this trait, letting us solve non-trivial problems.
Neural networks consist of stacks of a linear layer followed by
“Superhero” robot wears different outfits for different tasks
Shape-shifting device from CSAIL can walk, roll, sail, and glide using recyclable exoskeletons.
Robots and Artificial Intelligence
As per professor Andrew machine learning is a revolution in history of man kind first one was where machines came and took our basic jobs to make us faster and our life easy. Now to me this second one is coming to make us lazy and heavily dependent. T…
New leadership for MIT-IBM Watson AI Lab
Computer vision and machine learning expert Antonio Torralba to lead new artificial intelligence research lab.
Blockchain a Succinct Fintech
Blockchain to transform financial services. Disruptive technologies transform traditional industries. The future computing will have extraordinary capabilities with expected factoring of a 3,000 digit number (40 power to 10) faster than today