Sphere Intersection Puzzle Corrected
It's time for a new puzzle of the month. Suppose you have two spheres, each of radius 1, positioned randomly in space, but you know that they intersect. What is the expected volume of that intersection? Or phrased another way, you could say one sphere is centered at the origin,…
- 01.It's time for a new puzzle of the month
- 02.Suppose you have two spheres, each of radius 1, positioned randomly in space, but you know that they intersect
- 03.What is the expected volume of that intersection
This material is provided as an extended analytical summary.
Read full article at sourceRelated Intelligence
All stories →Learn from OpenAI, Hugging Face, Andrew Ng and Yann LeCun | AI Dev NYC #aidev #shorts
Build your AI engineering skills at AI Dev NYC. Learn from Salil Sethi (OpenAI) on turning new model capabilities into reliable production systems, and Joel Niklaus (Hugging Face) on harness optimization and synthetic data. Andrew Ng opens with a keynote on the AI Engineering…
Workshop: Training Agents at the frontier of AI Industry
Training Agents IRL: four talks and a panel on post-training agents with open models Training Agents IRL is the in-person follow-up to the Training Agents livestream series. Speakers from Microsoft, Mercor, RadixArk and BenchFlow cover enterprise RL, environment design, scaling…
Hugging Face Journal Club: Score Centering Stabilizes Off-policy Reinforcement Learning
Yeah, the gist of the paper as you uh probably saw is just uh to identify the fundamental reason why RL learning for LLMs becomes unstable when there's a mismatch between the the inference engine and the training engine and uh the authors kind of uh go through the the math of…