In this paper we derive the convex envelope of separable functions obtained as a linear combination of strictly convex coercive one-dimensional functions over compact regions defined by linear combinations of the same one-dimensional functions. As a corollary of the main result, we are able to derive the convex envelope of any quadratic function (not necessarily separable) over any ellipsoid, and the convex envelope of some quadratic functions over a convex region defined by two quadratic constraints
summary:We study polyconvex envelopes of a class of functions related to the function of Kohn and St...
After introducing concepts from convex analysis, we study how to continuously transform one convex f...
In the first part of this master’s thesis, a convexity of functions of one variable is discussed. Fol...
In this paper we discuss how to derive the non polyhedral convex envelopes for some functions, calle...
In this paper we exploit a slight variant of a result previously proved in Locatelli and Schoen (Mat...
In this paper we describe how to derive the convex envelope of a function f over the n-dimensional u...
We give an extension to a nonconvex setting of the classical radial representation result for lower ...
In this work we derive explicit descriptions for the convex envelope of nonlinear functions that are...
First, we consider how to efficiently determine whether a piecewise-defined function in 2D is convex...
Computing the convex envelope or biconjugate is the core operation that bridges the domain of nonco...
. The concepts of L-convex function and M-convex function have recently been introduced by Murota as...
We prove sharp regularity results for the convex envelope of a continuous function inside a convex d...
Consider the minimization problem with a convex separable objective function over a feasible region ...
Convex envelopes are a very useful tool in global optimization. However finding the exact convex env...
At the core of Convex Analysis and its applications are a collection of frequently used operators fo...
summary:We study polyconvex envelopes of a class of functions related to the function of Kohn and St...
After introducing concepts from convex analysis, we study how to continuously transform one convex f...
In the first part of this master’s thesis, a convexity of functions of one variable is discussed. Fol...
In this paper we discuss how to derive the non polyhedral convex envelopes for some functions, calle...
In this paper we exploit a slight variant of a result previously proved in Locatelli and Schoen (Mat...
In this paper we describe how to derive the convex envelope of a function f over the n-dimensional u...
We give an extension to a nonconvex setting of the classical radial representation result for lower ...
In this work we derive explicit descriptions for the convex envelope of nonlinear functions that are...
First, we consider how to efficiently determine whether a piecewise-defined function in 2D is convex...
Computing the convex envelope or biconjugate is the core operation that bridges the domain of nonco...
. The concepts of L-convex function and M-convex function have recently been introduced by Murota as...
We prove sharp regularity results for the convex envelope of a continuous function inside a convex d...
Consider the minimization problem with a convex separable objective function over a feasible region ...
Convex envelopes are a very useful tool in global optimization. However finding the exact convex env...
At the core of Convex Analysis and its applications are a collection of frequently used operators fo...
summary:We study polyconvex envelopes of a class of functions related to the function of Kohn and St...
After introducing concepts from convex analysis, we study how to continuously transform one convex f...
In the first part of this master’s thesis, a convexity of functions of one variable is discussed. Fol...