Видео ютуба по тегу Power Scaling Laws

Scaling Laws of AI explained | Dario Amodei and Lex Fridman
Scaling Laws of AI explained | Dario Amodei and Lex Fridman
AI can't cross this line and we don't know why.
AI can't cross this line and we don't know why.
Geoffrey West - Why Do Power Laws Work So Widely?
Geoffrey West - Why Do Power Laws Work So Widely?
Are AI Scaling Laws dead? | Lex Fridman Podcast
Are AI Scaling Laws dead? | Lex Fridman Podcast
Scaling Laws in Science and Engineering | Change of Properties with Scale | Miniaturization
Scaling Laws in Science and Engineering | Change of Properties with Scale | Miniaturization
Фракталы и масштабирование: что означают степенные законы?
Фракталы и масштабирование: что означают степенные законы?
What are LLM Scaling Laws ?
What are LLM Scaling Laws ?
Число «4» в законах масштабирования в 3/4 степени
Число «4» в законах масштабирования в 3/4 степени
Scaling laws for electricity and magnetism
Scaling laws for electricity and magnetism
Scaling Laws That Make Mechanical Computing Viable
Scaling Laws That Make Mechanical Computing Viable
Scaling Laws In Biology And Other Complex Systems
Scaling Laws In Biology And Other Complex Systems
LLMs | Scaling Laws | Lec 11
LLMs | Scaling Laws | Lec 11
Как законы масштабирования определят будущее ИИ | YC Decoded
Как законы масштабирования определят будущее ИИ | YC Decoded
Robot Data Scaling: Power Laws
Robot Data Scaling: Power Laws
Ep22 Scaling laws, elephants and mice, catalysts, Haber process. UCSD, NANO 11/101, Darren Lipomi
Ep22 Scaling laws, elephants and mice, catalysts, Haber process. UCSD, NANO 11/101, Darren Lipomi
MEMS - Scaling laws in Miniaturization
MEMS - Scaling laws in Miniaturization
Scaling Laws & Compute Optimality for LLMs
Scaling Laws & Compute Optimality for LLMs
Power Lines: Scaling Laws for Weight Decay and Batch Size in LLM Pre-training
Power Lines: Scaling Laws for Weight Decay and Batch Size in LLM Pre-training
Various scaling laws
Various scaling laws
What If You Could Crack the Code to Scaling Laws?
What If You Could Crack the Code to Scaling Laws?