A new taxonomy of unbounded order-to-norm and unbounded norm continuous operators on vector lattices, with modulus preservation, Dunford-Pettis implications, and a KB-space characterization.
Order-to-topology continuous operators
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
An operator $T$ from vector lattice $E$ into vector topology $(F,\tau)$ is said to be order-to-topology continuous whenever $x_\alpha\xrightarrow{o}0$ implies $Tx_\alpha\xrightarrow{\tau}0$ for each $(x_\alpha)_\alpha\subset E$. The collection of all order-to-topology continuous operators will be denoted by $L_{o\tau}(E,F)$. In this paper, we will study some properties of this new classification of operators. We will investigate the relationships between order-to-topology continuous operators and others classes of operators such as order continuous, order weakly compact and $b$-weakly compact operators.
fields
math.FA 1years
2019 1verdicts
CONDITIONAL 1representative citing papers
citing papers explorer
-
Unbounded $\sigma$-order-to-norm continuous and $un$-continuous operators
A new taxonomy of unbounded order-to-norm and unbounded norm continuous operators on vector lattices, with modulus preservation, Dunford-Pettis implications, and a KB-space characterization.