In the paper some known and new extensions of the famous theorem of Filippov (1967) and a theorem of Plis (1965) for differential inclusions are presented. We replace the Lipschitz condition on the set-valued map in the right-hand side by a weaker onesided Lipschitz (OSL), one-sided Kamke (OSK) or a continuity-like condition (CLC). We prove new Filippov-type theorems for singularly perturbed and evolution inclusions with OSL right-hand sides. In the CLC case we obtain two extended theorems, one of which implies directly the relaxation theorem. We obtain also a theorem in Banach spaces for OSK multifunctions. Some applications to exponential formulae are surveyed
AbstractThis paper deals with applications of general results on fixed point sets of set-valued cont...
The reachable sets of a differential inclusion have nonsmooth topological boundaries in general. The...
The ordinary differential equationẋ(t) = f (x(t)), t ≥ 0, for f measurable, is not sufficiently regu...
Abstract In this paper we prove two variants of the well-known Filippov-Pliss lemma in the case of d...
The celebrated Filippov's theorem implies that, given a trajectory x(1) : [0, + infinity[ \-> R-n of...
AbstractThe celebrated Filippov's theorem implies that, given a trajectory x1:[0, +∞[↦Rn of a differ...
The converse statement of the Filippov-Wazewski relaxation theorem is proven, more precisely, two di...
The aim of this paper is to provide a Filippov-Wa\.{z}ewski Relaxation Theorem for the very general...
summary:A certain converse statement of the Filippov-Wa\v zewski theorem is proved. This result exte...
AbstractWe study discrete approximations of nonconvex differential inclusions in Hilbert spaces and ...
We prove a Filippov type existence theorem for mild solutions of a nonconvex evolution inclusion by ...
Abstract A two point boundary value problem for differential inclusions with relaxed one sided Lipsc...
summary:We study a Cauchy problem for non-convex valued evolution inclusions in non separable Banach...
In this paper, locally Lipschitz, regular functions are utilized to identify and remove infeasible d...
In this paper the authors consider the problem of finding Filippov estimates when suitable state con...
AbstractThis paper deals with applications of general results on fixed point sets of set-valued cont...
The reachable sets of a differential inclusion have nonsmooth topological boundaries in general. The...
The ordinary differential equationẋ(t) = f (x(t)), t ≥ 0, for f measurable, is not sufficiently regu...
Abstract In this paper we prove two variants of the well-known Filippov-Pliss lemma in the case of d...
The celebrated Filippov's theorem implies that, given a trajectory x(1) : [0, + infinity[ \-> R-n of...
AbstractThe celebrated Filippov's theorem implies that, given a trajectory x1:[0, +∞[↦Rn of a differ...
The converse statement of the Filippov-Wazewski relaxation theorem is proven, more precisely, two di...
The aim of this paper is to provide a Filippov-Wa\.{z}ewski Relaxation Theorem for the very general...
summary:A certain converse statement of the Filippov-Wa\v zewski theorem is proved. This result exte...
AbstractWe study discrete approximations of nonconvex differential inclusions in Hilbert spaces and ...
We prove a Filippov type existence theorem for mild solutions of a nonconvex evolution inclusion by ...
Abstract A two point boundary value problem for differential inclusions with relaxed one sided Lipsc...
summary:We study a Cauchy problem for non-convex valued evolution inclusions in non separable Banach...
In this paper, locally Lipschitz, regular functions are utilized to identify and remove infeasible d...
In this paper the authors consider the problem of finding Filippov estimates when suitable state con...
AbstractThis paper deals with applications of general results on fixed point sets of set-valued cont...
The reachable sets of a differential inclusion have nonsmooth topological boundaries in general. The...
The ordinary differential equationẋ(t) = f (x(t)), t ≥ 0, for f measurable, is not sufficiently regu...