Fascinating perspective on why distributed architectures work so well in AI systems This piece connects the dots between biological neural networks, emergent behavior, and why throwing more centralized control at AI problems often backfires. The parallels to decentralized systems beyond AI are pretty striking too.
Fascinating perspective on why distributed architectures work so well in AI systems 🧠 This piece connects the dots between biological neural networks, emergent behavior, and why throwing more centralized control at AI problems often backfires. The parallels to decentralized systems beyond AI are pretty striking too.
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Decentralized Computation: The Hidden Principle Behind Deep Learning
Most breakthroughs in deep learning — from simple neural networks to large language models — are built upon a principle that is much older than AI itself: decentralization. Instead of relying on a powerful “central planner” coordinating and commanding the behaviors of other components, modern deep-learning-based AI models succeed because many simple units interact locally […] The post Decentralized Computation: The Hidden Principle Behind Deep Learning appeared first on Towards Dat
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