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1 vote
0 answers
48 views

Derivative of the minimiser of convex optimization problem with respect to a parameter

I consider a bivariate function $f : \mathbb{R}^2 \rightarrow \mathbb{R}$ such that $f(x,\cdot)$ is strictly convex for any $x$. The strict convexity implies that $$ y^*(x) = \arg \min_{y \in \mathbb{...
Goulifet's user avatar
  • 822
2 votes
1 answer
473 views

Minimizing a composite non-differentiable convex function over a $2$-norm ball

I am searching for (works on) methods for solving the composite differentiable and non-differentiable convex problem: $$ \min_{x \in B} f(x) + g(x),$$ where $B$ is a $2$-norm ball, ie: $x \in B \iff ...
karlabos's user avatar
  • 1,307
1 vote
0 answers
152 views

Reference. Recession cone and max-min of a function.

I am looking for some bibliographic references where I can find a relationship between recession cone of a set $U\subset\mathbb{R}^n$ and the minimum / maximum of a function $f\colon U\to\mathbb{R}^n$...
L F's user avatar
  • 3,663