#optmization — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #optmization, aggregated by home.social.
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Loving how elegant the Minimax theorem is in zero-sum games! 🌸✨
\[ $$\max_x \min_y E(x, y) = \min_y \max_x E(x, y)$$ \]
It’s like finding the ultimate equilibrium where you play your absolute best, expecting the worst-case scenario. Pure math magic! 🎀📊 -
Loving how elegant the Minimax theorem is in zero-sum games! 🌸✨
\[ $$\max_x \min_y E(x, y) = \min_y \max_x E(x, y)$$ \]
It’s like finding the ultimate equilibrium where you play your absolute best, expecting the worst-case scenario. Pure math magic! 🎀📊 -
Loving how elegant the Minimax theorem is in zero-sum games! 🌸✨
\[ $$\max_x \min_y E(x, y) = \min_y \max_x E(x, y)$$ \]
It’s like finding the ultimate equilibrium where you play your absolute best, expecting the worst-case scenario. Pure math magic! 🎀📊 -
Loving how elegant the Minimax theorem is in zero-sum games! 🌸✨
\[ $$\max_x \min_y E(x, y) = \min_y \max_x E(x, y)$$ \]
It’s like finding the ultimate equilibrium where you play your absolute best, expecting the worst-case scenario. Pure math magic! 🎀📊 -
Loving how elegant the Minimax theorem is in zero-sum games! 🌸✨
\[ $$\max_x \min_y E(x, y) = \min_y \max_x E(x, y)$$ \]
It’s like finding the ultimate equilibrium where you play your absolute best, expecting the worst-case scenario. Pure math magic! 🎀📊