In Boyd's convex optimization book, he gave this proof. I'm not sure how did he claim that
$f(x_i, y_i) \leq g(x_i) + \epsilon$
And how does it relate to Jensen's Inequality.
In Boyd's convex optimization book, he gave this proof. I'm not sure how did he claim that
$f(x_i, y_i) \leq g(x_i) + \epsilon$
And how does it relate to Jensen's Inequality.