AbstractWe extend the Trotter–Kato–Chernoff theory of strong approximation of C0 semigroups on Banach spaces to operator-norm approximation of analytic semigroups with error estimate. As application we obtain a criterion for the operator-norm convergence of the Trotter product formula on Banach spaces with error estimate n−1 log n, provided one of the generators has a bounded H∞ functional calculus. For both results, we present versions for approximation in operator-ideal-norms such as the trace norm or the Hilbert–Schmidt norm. Finally, we give some remarks on the operator-norm convergence of the Trotter product formula for semigroups acting on a scale of Lp-spaces
AbstractWe extend the Trotter–Kato theorem on C0-semigroups to local convoluted semigroups on dual s...
In the present paper we advocate the Howland-Evans approach to solution of the abstract non-autonomo...
For any nonnegative self-adjoint operators A and B in a separable Hilbert space, the Trotter-type fo...
AbstractWe extend the Trotter–Kato–Chernoff theory of strong approximation of C0 semigroups on Banac...
AbstractA quantitative version, based on modified K-functionals, of the classical Trotter's theorem ...
The paper improves approximation theory based on the Trotter–Kato product formulae. For self-adjoint...
AbstractWe extend the Chernoff theory of approximation of contraction semigroups à la Trotter. We sh...
The operator-norm convergence of the Trotter product formula has been proved since 1990 with differe...
12 pagesInternational audienceWe revise the operator-norm convergence of the Trotter product formula...
International audienceWe give a review of results on the operator-norm convergence of the Trotter pr...
金沢大学大学院自然科学研究科機能開発システム金沢大学工学部An example is given which clarifies the present situation of the operat...
In this paper we collect results concerning the {operator-norm} convergent {Trotter} product formula...
Abstract. We study the error estimates in operator norm for the Trotter product formula. It is shown...
AbstractIt is proven that the Trotter product formula converges in the norm of a symmetrically norme...
The results in this survey indicate that the quantitative behaviour of the semigroup at the origin p...
AbstractWe extend the Trotter–Kato theorem on C0-semigroups to local convoluted semigroups on dual s...
In the present paper we advocate the Howland-Evans approach to solution of the abstract non-autonomo...
For any nonnegative self-adjoint operators A and B in a separable Hilbert space, the Trotter-type fo...
AbstractWe extend the Trotter–Kato–Chernoff theory of strong approximation of C0 semigroups on Banac...
AbstractA quantitative version, based on modified K-functionals, of the classical Trotter's theorem ...
The paper improves approximation theory based on the Trotter–Kato product formulae. For self-adjoint...
AbstractWe extend the Chernoff theory of approximation of contraction semigroups à la Trotter. We sh...
The operator-norm convergence of the Trotter product formula has been proved since 1990 with differe...
12 pagesInternational audienceWe revise the operator-norm convergence of the Trotter product formula...
International audienceWe give a review of results on the operator-norm convergence of the Trotter pr...
金沢大学大学院自然科学研究科機能開発システム金沢大学工学部An example is given which clarifies the present situation of the operat...
In this paper we collect results concerning the {operator-norm} convergent {Trotter} product formula...
Abstract. We study the error estimates in operator norm for the Trotter product formula. It is shown...
AbstractIt is proven that the Trotter product formula converges in the norm of a symmetrically norme...
The results in this survey indicate that the quantitative behaviour of the semigroup at the origin p...
AbstractWe extend the Trotter–Kato theorem on C0-semigroups to local convoluted semigroups on dual s...
In the present paper we advocate the Howland-Evans approach to solution of the abstract non-autonomo...
For any nonnegative self-adjoint operators A and B in a separable Hilbert space, the Trotter-type fo...