AbstractWe approximate from the exterior an upper semicontinuous multifunction C(·) from a metric space into the closed convex subsets of a normed space by means of globally Lipschitzean multifunctions; in particular, when C(·) is continuous, this approximation allows us to reduce the problem of the existence of solutions of the associated evolution equation to the case in which C(·) is Lipschitzean
We consider multifunctions acting between two linear normed spaces and having closed convex images. ...
AbstractA function satisfying a Lipschitz property on an arbitrary set S is extended to the whole sp...
AbstractFor any upper semicontinuous and compact-valued (usco) mapping F : X→Y from a metric space X...
We approximate from the exterior an upper semicontinuousmultifunction C(t) from a metric space into...
We approximate a globally measurable multifunction F(t,x) which takes compact values in a euclidean ...
We approximate an upper semicontinuous multifunction F from a metric space T into the compact, conne...
We approximate an upper semicontinuous multifunction F(t) from the interval [0,1] into the compact, ...
We examine the main qualitative properties of the solution set of differential inclusion with the la...
AbstractThe continuity of the approximate subdifferential of a closed proper convex function on a Ba...
AbstractWe discuss several concepts of continuity, weaker than lower semicontinuity, but still imply...
In this paper we study the (Berge) upper semicontinuity of a generic multifunction assigning to each...
The paper deals with a semilinear evolution equation in a reflexive and separable Banach space. The ...
AbstractTwo notions of continuity of multifunctions are introduced which take into account the order...
summary:In this paper we consider evolution inclusions driven by a time-dependent sub\-differential....
AbstractWe characterize upper semicontinuity of multifunctions in terms of upper Hausdorff semiconti...
We consider multifunctions acting between two linear normed spaces and having closed convex images. ...
AbstractA function satisfying a Lipschitz property on an arbitrary set S is extended to the whole sp...
AbstractFor any upper semicontinuous and compact-valued (usco) mapping F : X→Y from a metric space X...
We approximate from the exterior an upper semicontinuousmultifunction C(t) from a metric space into...
We approximate a globally measurable multifunction F(t,x) which takes compact values in a euclidean ...
We approximate an upper semicontinuous multifunction F from a metric space T into the compact, conne...
We approximate an upper semicontinuous multifunction F(t) from the interval [0,1] into the compact, ...
We examine the main qualitative properties of the solution set of differential inclusion with the la...
AbstractThe continuity of the approximate subdifferential of a closed proper convex function on a Ba...
AbstractWe discuss several concepts of continuity, weaker than lower semicontinuity, but still imply...
In this paper we study the (Berge) upper semicontinuity of a generic multifunction assigning to each...
The paper deals with a semilinear evolution equation in a reflexive and separable Banach space. The ...
AbstractTwo notions of continuity of multifunctions are introduced which take into account the order...
summary:In this paper we consider evolution inclusions driven by a time-dependent sub\-differential....
AbstractWe characterize upper semicontinuity of multifunctions in terms of upper Hausdorff semiconti...
We consider multifunctions acting between two linear normed spaces and having closed convex images. ...
AbstractA function satisfying a Lipschitz property on an arbitrary set S is extended to the whole sp...
AbstractFor any upper semicontinuous and compact-valued (usco) mapping F : X→Y from a metric space X...