Let v be the value function for the dynamic programming problem (example 2.32) subject to xt+1 G(xt),

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Let v be the value function for the dynamic programming problem (example 2.32)
Let v be the value function for the dynamic programming

subject to xt+1 ˆŠ G(xt), t = 0, 1, 2,..., x0 ˆŠ X
Assume that
€¢ f is bounded and continuous on X × X
€¢ G(x) is nonempty, compact-valued, and continuous for every x ˆŠ X
€¢ 0 ‰¤ p Define the correspondence

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