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Tags
#reinforcement-learning
Question
What is the form of a non-linear Bellman equation?
Answer
\(v(s)=\mathbb{E}\left[f\left(R_{t+1}, v\left(S_{t+1}\right)\right) | S_{t}=s, A_{t} \sim \pi\left(S_{t}\right)\right]\)

Tags
#reinforcement-learning
Question
What is the form of a non-linear Bellman equation?
Answer
?

Tags
#reinforcement-learning
Question
What is the form of a non-linear Bellman equation?
Answer
\(v(s)=\mathbb{E}\left[f\left(R_{t+1}, v\left(S_{t+1}\right)\right) | S_{t}=s, A_{t} \sim \pi\left(S_{t}\right)\right]\)
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We consider a broader class of Bellman equations that are non-linear in the rewards and future values: \(v(s)=\mathbb{E}\left[f\left(R_{t+1}, v\left(S_{t+1}\right)\right) | S_{t}=s, A_{t} \sim \pi\left(S_{t}\right)\right]\) .

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owner: reseal - (no access) - General non-linear Bellman equations, p1

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